Outdoor power and data distribution
MikroTik PowerBox Series in Dubai, UAE
Build a cleaner outdoor network edge by combining RouterOS connectivity, Ethernet distribution and PoE delivery in a weather-oriented enclosure. FourTeck helps buyers compare the PowerBox family, validate the connected-device power requirement and prepare an accurate bill of materials.
Need the correct model?
Share the endpoint types, cable distances, PoE voltage, uplink method and mounting location.
Direct answer for buyers
The MikroTik PowerBox Series is a small outdoor RouterOS platform intended to connect and power compatible network equipment at the edge. It is mainly considered for wireless radios, access points, cameras or other PoE-powered devices placed on towers, rooftops, poles and external structures. Buyers should consider the family when reducing separate injectors and long power runs is operationally useful. Before proceeding, confirm whether the deployment needs Fast Ethernet or Gigabit Ethernet, whether an SFP fibre uplink is required, the voltage accepted by every connected device, total PoE current, cable length, surge protection, mounting method and current model availability. The original PowerBox is discontinued; PowerBox Pro is the more capable current family option.
What the series does
PowerBox devices combine routing, switching and power delivery in one compact outdoor enclosure. One Ethernet interface is commonly used for the upstream connection or device power input, while four additional Ethernet interfaces can provide data and PoE output to compatible endpoints. This layout can simplify a rooftop or tower installation because multiple edge devices can be served from a single managed network point. RouterOS adds routing, bridging, VLAN, monitoring, firewalling and management possibilities, although the practical configuration should match the hardware capacity and operational purpose of the site.
Who should consider it
The series may fit wireless service providers, hospitality properties, security integrators, compounds, warehouses, schools, construction sites, remote offices and facilities teams operating several outdoor network devices in one location. It is especially relevant when the connected endpoints are compatible with the available PoE method and do not exceed the total power budget. It is less suitable when many ports, high-power PoE standards, multi-gigabit access, extensive redundancy or enterprise switch stacking are required. FourTeck can help determine whether PowerBox Pro, a larger outdoor PoE switch or another MikroTik platform is the appropriate choice.
Business challenges the PowerBox family can address
Too many power injectors
Consolidating power distribution can reduce the number of individual injectors and local adapters at an outdoor network point, provided all connected endpoints match the PoE output characteristics.
Difficult rooftop cabling
A single managed device close to radios or cameras can shorten endpoint cable runs and centralise troubleshooting, while the uplink returns traffic to the main network.
Need for fibre backhaul
PowerBox Pro includes an SFP cage, giving planners an option for optical uplink connectivity where copper distance, interference or site design makes fibre preferable.
Limited site visibility
RouterOS can support interface monitoring, logs, VLAN design and remote administration, helping operators treat the outdoor node as a managed part of the network rather than an unmanaged power splitter.
PowerBox family selection guide
| Model | Network interfaces | PoE role | Primary fit | Lifecycle guidance |
|---|---|---|---|---|
| PowerBox RB750P-PBr2 | Five 10/100 Ethernet ports | Passive PoE out on Ether2-Ether5 | Legacy Fast Ethernet outdoor nodes | Listed by MikroTik as discontinued; confirm replacement planning |
| PowerBox Pro RB960PGS-PB | Five Gigabit Ethernet ports plus one SFP cage | Passive or 802.3af/at output when correctly powered | Gigabit edge aggregation, fibre uplink and mixed outdoor endpoints | Current family option; confirm stock and lead time |
The two models should not be evaluated as interchangeable. The Pro version improves interface speed, processor and memory resources, adds fibre capability and supports standards-based PoE output under the correct input-voltage conditions. A legacy replacement exercise should therefore consider endpoint voltage, cabling, RouterOS configuration, mounting accessories and any change in uplink design rather than swapping hardware without review.
Verified family information
| Brand | MikroTik |
|---|---|
| Product family | PowerBox Series |
| PowerBox model | RB750P-PBr2; five 10/100 Ethernet ports, 650 MHz single-core CPU, 64 MB RAM, RouterOS licence level 4, discontinued status |
| PowerBox Pro model | RB960PGS-PB; five Gigabit Ethernet ports, one SFP cage, 800 MHz single-core CPU, 128 MB RAM, RouterOS licence level 4 |
| PoE-out ports | Ether2 through Ether5 on both family members |
| PowerBox PoE output | Passive PoE; maximum total output stated as 2 A |
| PowerBox Pro PoE output | Passive or 802.3af/at mode B when suitable 48-57 V input is used; low-voltage limit 1 A per port, high-voltage limit 450 mA per port, 2 A total maximum |
| Input options | DC jack and passive PoE input; supported voltage range depends on model |
| Operating system | RouterOS, preinstalled and licensed according to MikroTik product information |
| Availability | Contact FourTeck for current UAE model availability, quantity and vendor lead time |
Critical PoE compatibility notice
PoE compatibility must be assessed by voltage, standard, polarity, current and total power budget. PowerBox devices pass the applied voltage to their PoE-out ports rather than acting as universal voltage converters. On PowerBox Pro, standards-based 802.3af/at mode B output depends on using a suitable 48-57 V input. A 24 V supply should not be assumed to power every 48 V endpoint, and a 48 V source should not be connected to endpoints rated only for lower passive-PoE voltage. Cable loss, ambient temperature, connector condition and simultaneous endpoint startup can further affect the practical budget. FourTeck recommends preparing a port-by-port power schedule before ordering.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Four powered outdoor endpoints | Every endpoint uses a supported PoE method and total consumption stays within the model limit | Startup current, cable length, input voltage and total budget |
| Gigabit copper access | PowerBox Pro is selected | Real traffic profile and RouterOS feature load |
| Optical uplink | PowerBox Pro and a suitable SFP module are used | Fibre type, connector, wavelength, distance and module compatibility |
| Legacy Fast Ethernet replacement | Existing configuration and voltage plan are reviewed | Discontinued hardware status and migration path |
| High-power cameras or access points | Only when each device and aggregate demand are comfortably within limits | Whether a larger 802.3at/af PoE switch is safer |
A practical purchase and deployment journey
Map the endpoints
List every radio, camera, access point or controller that will connect to the unit. Record its Ethernet speed, voltage range, PoE standard, normal consumption and maximum draw.
Choose the uplink
Decide whether copper or fibre returns traffic to the main network. Fibre design requires the correct SFP, cable, connectors, optical budget and protected termination.
Validate the power plan
Select the input supply only after checking every endpoint. Add operating margin and account for cable loss, temperature, surge protection and simultaneous device startup.
Prepare RouterOS
Plan management addresses, VLANs, bridging, routing, firewall rules, monitoring, backups and remote-access controls before the unit is mounted in a difficult location.
Install and test
Check grounding, drip loops, cable glands, strain relief, enclosure closure and link stability. Test each PoE port individually before applying the full simultaneous load.
Capability focus: controlled outdoor power distribution
The most distinctive value of the family is its ability to deliver data and power to four attached devices from a single managed node. In a tower or rooftop layout, this can reduce scattered injectors and simplify fault isolation. The operational benefit is strongest when the attached devices share a compatible voltage plan and have predictable power demand.
Power design remains a technical responsibility. A device that accepts passive 24 V should not automatically be mixed with an endpoint expecting 48 V 802.3af/at. The selected supply must support the PowerBox itself plus every connected load. FourTeck can review the endpoint datasheets and prepare a recommended connection plan.
Capability focus: fibre-ready edge networking
PowerBox Pro adds an SFP cage that can be useful for fibre backhaul from exposed or electrically noisy locations. Fibre may help extend reach beyond conventional copper Ethernet distance and can support electrical isolation between outdoor and indoor network segments, depending on the overall design.
The SFP cage does not remove the need for optical planning. Buyers must confirm single-mode or multimode fibre, wavelength, connector type, distance, patching method and module compatibility. Outdoor fibre termination, bend radius and physical protection should be included in the installation scope rather than treated as an afterthought.
Capability focus: RouterOS management at the edge
RouterOS allows the unit to operate as more than a basic power distributor. Depending on design requirements, it can bridge or route traffic, separate endpoints with VLANs, apply firewall policies, monitor interfaces, log events and support remote administration. This can improve visibility at remote network points.
Configuration complexity should remain proportionate to the hardware. PowerBox Pro has greater resources than the original model, but it is still a compact platform rather than a large core router. Heavy filtering, extensive queues or demanding encrypted workloads can reduce practical throughput. FourTeck can help define a configuration appropriate to the expected traffic.
Ideal environments and use cases
Wireless tower sectors
Distribute connectivity and compatible PoE to several wireless radios mounted around a tower or mast while managing traffic from one RouterOS node.
Rooftop access points
Support multiple outdoor access points at a hotel, school, warehouse or commercial building where cabling returns to a protected network location.
Camera aggregation points
Connect a small group of compatible IP cameras when their PoE needs remain within model limits and recording traffic is suitable for the uplink design.
Remote site edge node
Provide local routing, VLAN separation and power distribution at a gatehouse, utility point, temporary project office or remote compound perimeter.
Fibre-fed outdoor cabinet
Use PowerBox Pro with an appropriate SFP to bring optical connectivity close to outdoor endpoints, subject to enclosure, grounding and thermal design.
Legacy PowerBox migration
Replace a discontinued RB750P-PBr2 with a carefully reviewed Pro-based design while preserving compatible endpoint power and RouterOS configuration requirements.
Integration and operational considerations
Outdoor networking depends on more than the active device. Cable quality, UV resistance, shield termination, grounding, surge protection, water ingress prevention, strain relief and physical access all affect long-term stability. Ethernet cable should be selected for the distance, environment and PoE current. Outdoor runs should be routed with drip loops, protected from sharp bends and terminated so that water cannot track into connectors. A weather-oriented enclosure still requires correct installation and closure.
Network integration should define whether PowerBox acts as a bridge, router or segmented edge device. VLAN tagging, management access, DHCP behaviour, spanning tree, firewall rules and remote monitoring must align with the upstream infrastructure. Backups should be taken before site deployment, and administrative access should be secured. For fibre, specify the SFP module, patch cord, optical characteristics and receiving equipment as one complete link.
Power continuity also deserves attention. Where the outdoor node serves critical links, buyers may need a suitable UPS, protected DC system or monitored power source. The PowerBox family itself does not guarantee service continuity; resilience depends on upstream power, cable paths, spare strategy, configuration recovery and the availability of trained support.
Questions to resolve before requesting a quote
Procurement checklist
☐ Exact model code and required quantity
☐ Endpoint manufacturer and model list
☐ PoE voltage and standard per port
☐ Normal and maximum endpoint power draw
☐ Copper or fibre uplink requirement
☐ SFP module and fibre type
☐ Input power source and protection
☐ Outdoor cable type and distance
☐ Pole, wall or cabinet mounting plan
☐ Grounding and surge-protection scope
☐ RouterOS bridge, VLAN or routing scope
☐ Configuration backup and documentation
☐ Delivery destination and requested timeline
☐ Warranty and support confirmation
How FourTeck can assist
FourTeck can help convert a general PowerBox request into a practical procurement specification. The process can include identifying whether the deployment calls for PowerBox Pro, reviewing the endpoint list, checking PoE compatibility, estimating the aggregate load, defining the input supply, selecting SFP and cabling requirements, and outlining the RouterOS configuration scope. This is useful when the buyer is replacing a legacy unit, extending a wireless site or building a new outdoor network point.
Quotation coordination can also account for accessories, power components, mounting provisions, installation support and post-deployment requirements. Where an alternative outdoor PoE platform would be more suitable, FourTeck can discuss other MikroTik options rather than forcing the family into a design that exceeds its port count or power capacity. Visit the FourTeck product catalogue, explore network services or send the project requirement for review.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for MikroTik PowerBox Pro and any remaining requirement relating to the discontinued PowerBox model. Availability may vary by model, quantity, accessories, power supply, SFP choice and vendor lead time. A useful request should include the destination, required quantity, endpoint list, preferred uplink and deployment date. Delivery and project coordination can be discussed after the exact requirement is confirmed. Where installation or configuration is needed, include the site type, mounting height, cable routes, access restrictions and RouterOS scope so the quotation can distinguish equipment supply from engineering work.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product enquiries and project discussions for organisations operating across Dubai, Abu Dhabi, Sharjah and Ajman. The practical scope may include requirement clarification, model selection, PoE review, quotation preparation, delivery planning and discussion of installation or configuration support. Site access, working-at-height requirements, outdoor cable routes, building approvals and project scheduling vary between locations, so they should be identified early. No fixed installation date or delivery commitment should be assumed until the exact model, quantity, deployment address and service scope have been reviewed.
GCC Availability
Businesses planning MikroTik PowerBox deployments across the GCC can ask FourTeck to review the intended model, endpoint power requirements, fibre or copper uplink, quantities and implementation scope. Enquiries may cover the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, but each destination can have different fulfilment, licensing, shipping and project conditions. Product availability, delivery schedules, service visits and vendor lead times can vary by country, model, quantity and requirement. Buyers should provide the destination country, exact product code, connected-device list, PoE voltage, quantity, installation location and expected deployment window. FourTeck can then assist with quotation coordination, model selection, accessory planning, RouterOS configuration scope and suitable alternatives. For regional enquiries, use the FourTeck Kuwait resource or the main business technology contact channel.
Africa Availability
FourTeck can assist organisations considering PowerBox-based outdoor networking in selected African markets by reviewing the equipment requirement, endpoint compatibility, power plan, accessories, SFP needs, configuration scope and regional procurement conditions. Projects in East Africa, West Africa, Southern Africa or Central Africa can differ substantially in power quality, outdoor exposure, fibre availability, local installation resources and shipping arrangements. Availability and fulfilment may depend on destination, model, quantity, voltage requirements, vendor lead time and local project conditions. Buyers should share the destination country, exact device requirement, endpoint list, quantity, preferred schedule and any installation or support expectations. Regional resources include FourTeck Kenya, FourTeck Uganda and the FourTeck Africa technology portal.
Related products and services to consider
Outdoor PoE switches
Consider a higher-port or higher-power outdoor switch when more than four endpoints, larger budgets or additional uplink capacity are required.
MikroTik SFP modules
Choose optical modules only after confirming fibre type, wavelength, connector, distance and equipment compatibility at both ends.
Outdoor wireless systems
Pair the edge node with suitable wireless radios or access points after checking throughput, frequency plan, mounting and PoE needs.
Installation planning
Include grounding, surge protection, outdoor cabling, pole hardware, fibre termination and safe access in the project scope.
RouterOS configuration
Define VLANs, bridge or routing mode, firewall rules, monitoring, backups and secure remote management before deployment.
Why businesses contact FourTeck
Buyers often need help with the details that sit between a product name and a working deployment. FourTeck can assist with requirement clarification, model selection, power-budget review, SFP and accessory choices, bill-of-material preparation, quotation coordination and installation planning. For replacement projects, this may include identifying changes between the discontinued PowerBox and PowerBox Pro. For new projects, it can include deciding whether this family is appropriate or whether a larger outdoor PoE platform is justified. The aim is to make the order technically coherent and commercially clear without assuming that every accessory, service or delivery condition is automatically included.
Frequently asked questions
Is the original MikroTik PowerBox still current?
MikroTik lists the RB750P-PBr2 PowerBox as discontinued. Buyers planning a replacement should evaluate PowerBox Pro or another suitable outdoor PoE platform and confirm current availability with FourTeck.
What is the main difference between PowerBox and PowerBox Pro?
The original PowerBox provides five 10/100 Ethernet ports and passive PoE output. PowerBox Pro provides five Gigabit Ethernet ports, an SFP cage, more memory and support for passive or 802.3af/at output under the correct input-voltage conditions.
Can PowerBox Pro power any PoE camera or access point?
No. The endpoint must match the available voltage, PoE mode, polarity and per-port current. Total consumption across all connected devices must also remain within the overall output limit.
Does PowerBox Pro include a fibre transceiver?
The device includes an SFP cage, but the required SFP module should be selected separately according to fibre type, wavelength, connector and distance unless a quotation explicitly states otherwise.
Is RouterOS licensed with the device?
MikroTik states that RouterOS is preinstalled and licensed on these devices. The family uses RouterOS licence level 4. Configuration services are separate unless included in the quotation.
Can the device be used only as a PoE switch?
It can be configured primarily for bridging and PoE distribution, but RouterOS behaviour, management access and PoE settings should still be planned and tested before outdoor installation.
What information is needed for an accurate quote?
Provide the exact model or replacement requirement, quantity, endpoint list, PoE voltage, power draw, uplink method, SFP details, mounting location, configuration scope and destination.
Can FourTeck assist with installation and configuration?
Installation and RouterOS configuration support can be discussed. The scope should identify mounting, cabling, grounding, power, fibre termination, VLANs, routing, firewall rules, testing and documentation.
Is UAE stock guaranteed?
No. Contact FourTeck to confirm current UAE availability. Stock and lead time may vary by model, quantity, accessories and vendor supply conditions.
Confirm the model, PoE budget and deployment scope
Send FourTeck the endpoint list, voltage requirements, fibre or copper uplink, quantity and installation location for a suitable PowerBox Series recommendation and UAE quotation.