MikroTik RB5009UPr+S+OUT in Dubai, UAE
A compact outdoor RouterOS platform for organisations that need dependable routing, mixed-speed Ethernet, 10G SFP+ connectivity and managed PoE power at poles, towers, remote buildings or exposed network points.
Direct answer for buyers
The MikroTik RB5009UPr+S+OUT is an outdoor wired router with seven Gigabit ports, one 2.5 Gigabit port, one 10G SFP+ cage, USB 3.0 and managed PoE on all eight Ethernet interfaces. It is mainly used where routing, fibre uplink, power delivery and weather protection must be combined at an exposed or remote site. It suits small and medium service providers, surveillance networks, industrial compounds, hospitality properties, campuses and businesses connecting outdoor buildings. Before proceeding, confirm the PoE power budget, power-input method, voltage, fibre module, grounding, surge protection, mounting position, RouterOS design and whether the installation must meet local outdoor electrical requirements.
What the router does
This model brings routing, switching, fibre aggregation and PoE control into a single outdoor enclosure. It can terminate an internet or private WAN connection, route traffic between networks, enforce firewall rules, create VLANs, run DHCP, establish VPNs, apply queues, bridge interfaces and feed power to compatible devices such as wireless radios, cameras or other network endpoints. The 10G SFP+ cage provides a practical path to high-capacity fibre, while the 2.5G copper interface supports a faster-than-Gigabit handoff without requiring fibre at every point.
Its value is strongest when an indoor router plus a separate outdoor PoE switch would create additional boxes, cables, weatherproofing work and failure points. Even so, it should not be treated as a simple plug-and-play replacement for every outdoor switch. RouterOS offers extensive control, and that control requires careful configuration, documented access, security hardening and an accurate power plan.
Who should consider it
The RB5009UPr+S+OUT is well suited to buyers who already use MikroTik, need RouterOS functions outdoors, or want one device to handle both data and power at a remote point. Typical buyers include wireless internet providers, CCTV integrators, property operators, schools, warehouses, farms, construction sites, logistics yards and organisations linking separate buildings.
It may be less suitable where the network team requires a centrally managed cloud-only platform, where all connected devices need high-power PoE beyond the available budget, or where a fully managed Layer 3 enterprise switch with a large port count is the better architectural fit. It also requires professional outdoor installation. The buyer should confirm enclosure placement, cable glands, drip loops, earthing, lightning protection, fibre routing and safe DC power before deployment.
Business problems this model helps address
Too many outdoor boxes
Combining routing, Ethernet switching, fibre uplink and PoE in one enclosure can reduce the need for separate outdoor devices. This can simplify cabling and maintenance when the port count and power budget fit the site.
Limited uplink capacity
The 10G SFP+ cage and 2.5G Ethernet port give designers options beyond ordinary Gigabit uplinks. Actual traffic performance still depends on RouterOS features, packet size, rules and configuration.
Unreliable single-feed power
The platform accepts power through the two-pin terminal or PoE input, and multiple Ethernet interfaces may act as power inputs. A proper redundancy design must use supported voltage and avoid mixing incompatible supplies.
No local network intelligence
RouterOS allows routing, VLANs, firewalling, DHCP, VPN, traffic shaping and monitoring directly at the remote location, reducing dependence on a basic unmanaged outdoor switch.
Core capability band
Seven 1G ports plus one 2.5G port support access devices and a faster copper uplink or server-facing connection.
The SFP+ cage supports a 10G fibre or compatible direct-attach design when the correct module and media are selected.
The IP66 enclosure is intended for outdoor mounting, but installation quality remains critical for reliable service.
RouterOS v7 provides detailed control over routing, security, VPN, VLAN, queueing, automation and monitoring.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Outdoor routing point | A pole, tower, roof, yard or remote building needs RouterOS functions near the connected equipment. | Mounting position, cable entry, grounding, surge protection and maintenance access. |
| PoE-powered endpoints | The attached cameras, radios or access devices use compatible voltage and remain within per-port and total power limits. | Each endpoint’s standard, peak draw, cable length and total calculated load. |
| Fibre aggregation | A 10G SFP+ uplink is useful for backhaul or building interconnection. | Fibre type, wavelength, distance, connector, module compatibility and link at the far end. |
| Advanced routing | The team can design and maintain RouterOS policies, VLANs, VPNs and routing protocols. | Configuration scope, change control, documentation, backup and support ownership. |
| High PoE demand | The selected power source supports the intended aggregate output with operating margin. | Whether the supplied PSU is sufficient or a different approved supply is required. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product code | RB5009UPr+S+OUT |
| Product type | Outdoor Ethernet router with PoE input and output |
| Architecture and CPU | ARM 64-bit, Marvell 88F7040, four cores, 350–1400 MHz automatic frequency |
| Memory and storage | 1 GB RAM and 1 GB NAND storage |
| Operating system | RouterOS v7, license level 5 |
| Ethernet ports | 7 × 10/100/1000 Ethernet and 1 × 2.5 Gigabit Ethernet |
| Fibre interface | 1 × SFP+ cage supporting up to 10G, module dependent |
| USB | 1 × USB 3.0 Type-A, maximum USB current 1.5 A |
| PoE input | 802.3af/at, 24–57 V input range |
| PoE output | Ether1–Ether8, 802.3af/at or low-voltage PoE depending on the input design |
| PoE output limits | Up to 25 W per port, maximum total output 130 W, subject to supply capacity and installation design |
| Power inputs | PoE input and two-pin terminal; Ethernet interfaces provide multiple possible powering paths as described by MikroTik |
| Power consumption | Maximum 150 W with attachments; 15 W maximum without attachments |
| Cooling | Passive |
| Environmental protection | IP66 enclosure |
| Tested ambient temperature | -40°C to 70°C |
| Monitoring | CPU temperature, PCB temperature, voltage and current monitoring |
| Included mounting items | K-41 fastening set, K-85 fastening set and hose clamp |
| Availability | Contact FourTeck for current UAE options, quantity, lead time and quotation |
Power, compatibility and installation dependencies
PoE planning is the most important purchasing dependency for this model. The router supports a broad 24–57 V input range, but the voltage supplied to powered devices is not freely converted into every possible PoE mode. MikroTik states that PoE output can operate as 802.3af/at or low-voltage PoE according to the voltage provided through the two-pin connector. Buyers therefore need to match the supply, connected device requirements and PoE mode. Do not assume that every camera, access point or radio will be supported merely because it has an Ethernet port and mentions PoE.
The maximum total PoE output is also not the same as the capacity of every included power supply. MikroTik notes that the included power supply is rated below the maximum total output capability of the router. A design that aims to approach the 130 W aggregate output needs a suitable approved supply, correctly sized cable, acceptable voltage drop and an installation that respects connector and environmental requirements. Leave operating margin rather than designing exactly to the theoretical limit.
For fibre, specify the SFP or SFP+ module by speed, fibre type, connector, wavelength and distance. The far-end device must use a compatible optic. For outdoor copper, use suitable cable, shielding, grounding and surge protection in line with the installation environment. The enclosure rating does not remove the need for correct cable entry, sealing, strain relief and maintenance practices.
A practical purchase and deployment journey
Define the site
Document the outdoor location, mounting height, available power, fibre path, copper runs, exposure, maintenance access and connected endpoints.
Calculate power
List every powered device, standard, nominal draw and peak draw. Add cable-loss and future-capacity margin before choosing the power supply.
Confirm interfaces
Decide which port is WAN, which is the 2.5G link, whether 10G fibre is required and which transceiver or cable is appropriate.
Design RouterOS
Prepare VLANs, routing, firewall policy, management access, VPN, monitoring, backups, upgrade process and a rollback plan.
Install and test
Mount professionally, weatherproof cable entries, earth and protect the installation, then test load, failover, temperature, throughput and remote access.
Multi-gigabit and fibre connectivity without an oversized chassis
Many outdoor network points begin with a few cameras or wireless links and later become aggregation nodes. A standard Gigabit uplink can become restrictive once several endpoints transmit at the same time. The RB5009UPr+S+OUT addresses that design pressure with one 2.5G Ethernet port and one 10G SFP+ cage while retaining seven Gigabit access ports. This combination allows a network architect to choose copper or fibre according to distance, bandwidth and available infrastructure.
The 2.5G port can be useful where an upstream switch, server or access device already supports multi-gigabit copper. It avoids the immediate need for optical modules over short runs. The 10G SFP+ cage is more appropriate for fibre backhaul, longer building links, tower aggregation or high-capacity handoff. Buyers should not choose the optic by connector appearance alone. The design must match single-mode or multimode fibre, link distance, wavelength and the equipment at the other end.
Throughput expectations must be tied to the actual RouterOS workload. MikroTik publishes laboratory results under stated test conditions, but real performance changes with packet size, firewall rules, queueing, tunnels, connection tracking and routing design. FourTeck can help translate the traffic profile into a practical configuration rather than relying on a single headline number.
Managed PoE for distributed outdoor devices
PoE on all eight Ethernet ports makes the router relevant to sites where radios, cameras and network devices need both data and power. RouterOS can provide visibility and operational control, including monitoring of power conditions and the ability to manage ports. This can assist with troubleshooting a frozen endpoint or identifying abnormal draw without sending a technician immediately, provided remote management remains available.
The design still begins with electrical facts. Each endpoint has an accepted voltage range, a PoE standard and a maximum power requirement. Cable resistance and long outdoor runs introduce voltage drop. High temperatures can also affect operating margin. The total design should account for peak demand, startup behaviour and future expansion. Where possible, group devices by criticality and document which supply powers which path.
Power redundancy is valuable only when it is deliberately engineered. Supplying multiple inputs without checking voltage and source behaviour can create risk rather than resilience. MikroTik states that multiple sources should not use mixed voltages. A qualified installer should decide the correct supply arrangement, protection devices, conductor size, termination and grounding. The quotation should identify whether FourTeck is supplying hardware only or also providing power-budget review, configuration and installation coordination.
RouterOS control at the network edge
RouterOS v7 turns the RB5009UPr+S+OUT into more than a rugged PoE switch. It can apply routing policy, VLAN separation, firewall rules, NAT, DHCP, VPN, traffic shaping, bridging and monitoring directly at the outdoor site. This is useful when a remote location needs local decision-making or must continue operating predictably even if a central link is constrained.
For a surveillance project, the router can separate camera traffic from management and user networks. For an ISP tower, it can support subscriber-facing services, backhaul, queueing and routing. For a campus, it can connect an outdoor building while enforcing access boundaries. The exact feature set should be based on the intended RouterOS version and the organisation’s operational standards.
Advanced functionality also increases the importance of governance. Change control, configuration backups, secure administrator credentials, restricted management access, update planning and logging should be included from the start. A device installed high on a pole or at a remote site is expensive to recover physically. A tested remote-management plan and a documented rollback procedure can be as important as the hardware itself.
Ideal environments and use cases
Wireless ISP tower
Aggregate several radios, provide PoE, use fibre or multi-gigabit backhaul and run local RouterOS services. Confirm power consumption, surge protection and tower grounding.
Outdoor CCTV node
Connect and power compatible cameras while routing or segmenting traffic. Verify camera peak draw, storage path bandwidth and environmental installation.
Campus building link
Use fibre between buildings and distribute copper at the remote side. Review lightning protection, fibre termination and VLAN design.
Industrial or logistics yard
Place routing and PoE closer to gates, yards or perimeter devices. Assess heat, dust, cable route, power source and service access.
Hospitality property
Support outdoor access points, cameras or building links while keeping guest, operational and security networks separated.
Remote branch compound
Provide local routing, VPN and powered edge devices where an indoor communications room is unavailable or impractical.
Integration and operational considerations
A successful deployment should be designed as part of the wider network rather than as an isolated outdoor appliance. Confirm the upstream switch or router, addressing plan, VLAN IDs, routing protocol, DHCP ownership, firewall boundary and monitoring platform. Where the device terminates an internet connection, document public addressing, provider requirements and failover behaviour. Where it acts as an aggregation point, determine whether traffic should be bridged, routed or separated into different security zones.
Remote access needs special care. Management services should not be exposed broadly to the internet. Use restricted source addresses, VPN access, strong credentials, current RouterOS software and only the services required by the operating team. Store configuration exports and binary backups in a controlled location, and record the recovery process. Consider whether a secondary management path is necessary for a high or difficult-to-access installation.
Monitoring should include interface status, throughput, errors, temperature, voltage, current and PoE events. Set practical thresholds and notification ownership. Excessive alerts are ignored, while no alerts leave the team blind. The maintenance plan should cover visual inspection of enclosure seals, cable glands, mounting hardware, corrosion, grounding and surge protection after severe weather or scheduled intervals.
Buyer questions to resolve before ordering
Procurement checklist
How FourTeck can assist
FourTeck can help translate a site requirement into a clearer bill of materials and deployment scope. Assistance may include confirming whether the RB5009UPr+S+OUT is the correct model, reviewing endpoint count, estimating PoE demand, identifying suitable fibre or copper accessories, discussing mounting needs and defining RouterOS configuration services. This is especially useful when the router will sit between several systems supplied by different vendors.
For a quotation, share the destination, quantity, connected device models, expected uplink, fibre details, available power and any installation requirement. FourTeck can then separate hardware, accessories, configuration and project services rather than leaving important items unstated. Buyers can also explore other network and security products, review available deployment services, or contact FourTeck with a project brief.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik RB5009UPr+S+OUT. Availability may depend on quantity, vendor lead time, selected accessories and the exact project requirement. Delivery coordination can be discussed after the model, destination and bill of materials are confirmed. Where installation or RouterOS configuration is required, include that scope in the quotation so responsibilities, testing and documentation are clear.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can review the proposed use, connected device list, power design, fibre requirement and mounting plan. Regional coordination does not replace a site survey where physical conditions are uncertain. Outdoor cable routes, existing poles, electrical supply, earthing and safe access can affect the final scope. Share drawings, photographs or a site schedule when available.
GCC Availability
FourTeck can assist organisations planning MikroTik RB5009UPr+S+OUT deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The first step is to confirm the destination country, exact model, required quantity, power design, connected devices, SFP+ requirement and expected project timeline. Product availability, delivery schedules, service visits and vendor lead times can vary by country and quantity. PoE planning may also differ where local power practices, outdoor installation standards or selected endpoint models change. FourTeck can coordinate requirement review, quotation preparation, accessory selection, configuration scope and installation planning according to the information supplied. Buyers in Kuwait may also review FourTeck regional technology support. Confirm any country-specific documentation, delivery arrangement or onsite expectation before issuing a purchase order.
Africa Availability
Organisations planning outdoor routing, surveillance aggregation or wireless infrastructure in Africa can contact FourTeck for product and project guidance. Availability and fulfilment depend on the destination, quantity, model confirmation, power arrangement, licence region where applicable, shipping plan, vendor lead time and local project conditions. Buyers should provide the destination country, expected deployment schedule, connected endpoint models, fibre specification, mounting environment and whether configuration or support is required. FourTeck can assist with requirement clarification, accessory planning, RouterOS scope and procurement coordination without assuming that the same installation design suits every location. For East African enquiries, visit the Kenya FourTeck site or the Uganda FourTeck site. Broader regional enquiries can be directed through FourTeck Africa.
Related options and supporting services
MikroTik RB5009UPr+S+IN
Consider the indoor model where the router will be protected in a rack or communications room. Do not substitute it for outdoor use without a suitable enclosure design.
10G SFP+ optics
Select modules according to single-mode or multimode fibre, wavelength, connector and distance. Compatibility must be confirmed for both ends of the link.
Outdoor surge protection
Appropriate Ethernet, power and grounding protection may be required according to the site and cable exposure. This should be designed by a qualified installer.
RouterOS configuration
Configuration services can cover VLANs, routing, firewall rules, VPN, queueing, monitoring, backups and documentation according to an agreed scope.
Why businesses contact FourTeck
Businesses contact FourTeck when they need more than a product code. A practical quotation should reflect the exact model, quantity, power source, fibre modules, cables, protection, mounting hardware, configuration work and installation responsibilities. FourTeck can help clarify these elements before procurement, reducing the likelihood that essential accessories or services are discovered only during installation.
Support can also include comparing the outdoor and indoor RB5009 options, reviewing whether a larger PoE switch or separate router would be more appropriate, and identifying questions that need a site engineer’s input. The aim is to match the equipment to the environment and operating model rather than forcing one product into every design. Learn more about FourTeck or submit your requirement through the contact page.
Frequently asked questions
Is the RB5009UPr+S+OUT suitable for permanent outdoor installation?
It has an IP66-rated enclosure and is intended for professional outdoor mounting. Reliable operation still depends on correct mounting, sealed cable entry, grounding, surge protection, approved power arrangements and local installation requirements.
How many Ethernet ports does it have?
The router provides seven Gigabit Ethernet ports and one 2.5 Gigabit Ethernet port. All eight Ethernet ports support PoE input and output functions according to the product design.
Can it power eight devices at the same time?
It can provide PoE output on all eight Ethernet ports, but the actual number of devices depends on each endpoint’s power demand, per-port limits, total output limit, cable loss and the capacity of the selected power source.
Is the included power supply enough for the maximum PoE output?
MikroTik notes that the included supply does not provide the full maximum aggregate PoE output capability. High-load designs may require a different approved supply after a proper power-budget calculation.
Does the router include a 10G optical module?
The product has an SFP+ cage, but the required optic or direct-attach cable should be confirmed separately according to the link design. Do not assume a transceiver is included unless it is stated in the quotation.
Which RouterOS licence is supplied?
The official specification lists RouterOS v7 with licence level 5. The operating system is preinstalled and licensed on the device.
Can FourTeck configure VLANs, VPN and firewall rules?
Configuration assistance can be included according to an agreed scope. Provide the network diagram, addressing plan, VLAN requirements, VPN peers, security policy and testing criteria for an accurate quotation.
What information is needed for a quote?
Share the exact model, quantity, destination, connected device models, PoE load, power source, uplink type, fibre details, mounting requirement and whether installation or RouterOS configuration is required.
Is current stock guaranteed in Dubai?
No stock claim is made here. Contact FourTeck to confirm current UAE availability, quantity, lead time and delivery coordination for the exact requirement.
Should I choose the OUT or IN model?
Choose the outdoor model when the device must be mounted in an exposed environment and the IP66 enclosure fits the installation. Choose an indoor model for a protected rack or room. Compare power, mounting and environmental requirements before deciding.
Plan the complete outdoor network point
Send FourTeck the endpoint list, power requirements, uplink type, mounting location and configuration scope. The quotation can then cover the router, suitable accessories and the services needed for a workable deployment.
