Compact routing, multigigabit uplinks and managed PoE
MikroTik RB5009UPr+S+IN in Dubai, UAE
A dense RouterOS v7 platform for buyers who want routing, a 2.5G copper interface, a 10G SFP+ uplink and PoE delivery from one compact metal enclosure. The important purchasing question is not only whether the port count fits, but whether the planned power budget, uplink media, RouterOS configuration and support scope have been defined correctly.
Share the endpoint list, required quantity, WAN speed, SFP+ medium and installation expectations for a more accurate quotation.
Power compatible network endpoints with a planned budget.
Use multigigabit copper and SFP+ for uplinks or aggregation.
Build routing, firewall, VPN, queueing and monitoring policies.
DC jack, terminal input and PoE-in support resilient designs.
Direct answer for buyers
The MikroTik RB5009UPr+S+IN is an indoor Ethernet router with seven 1G ports, one 2.5G port, one 10G SFP+ cage and PoE-in/PoE-out capabilities. It is mainly used where routing and endpoint power need to be consolidated into a compact appliance, including ISP edge sites, branch offices, managed wireless networks and surveillance installations. It deserves consideration when RouterOS expertise is available and the required traffic, PoE load and uplink design fit the platform. Before proceeding, buyers should confirm total endpoint wattage, per-port demand, power-supply capacity, transceiver compatibility, rack-mount needs, RouterOS configuration scope and current UAE availability.
What the RB5009UPr+S+IN does
The appliance brings several infrastructure roles into one chassis. It can terminate WAN connectivity, route between internal networks, enforce RouterOS firewall rules, run VPN services, shape traffic, provide monitoring information and supply power to compatible Ethernet devices. Its port layout supports ordinary Gigabit access connections alongside a 2.5G copper interface and a 10G SFP+ slot. That combination allows an organisation to use the router as an edge device, compact aggregation point or controller for a small powered network.
The product is not simply an eight-port PoE switch. RouterOS gives it extensive routing and policy capabilities, while the switch chip can support efficient local forwarding when configured appropriately. The final performance depends on packet size, enabled services, filtering, queueing, encryption and the design of the configuration. Buyers should therefore define the intended role before choosing it on headline port speeds alone.
Who should consider it
The model may suit small and medium ISPs, managed-service teams, technical offices, retail branches, warehouses, schools, hospitality locations and surveillance projects that already use, or are prepared to operate, RouterOS. It is especially useful where space is limited and the same device may power access points, cameras, point-to-point radios, small switches or other compliant endpoints.
It is less suitable when a buyer needs a large number of PoE ports, higher per-port power than the platform permits, fully redundant hot-swappable power supplies, a simple non-technical management experience, or enterprise support terms that are not separately arranged. In those cases, a dedicated PoE switch, a different router class or a combined design may be preferable. FourTeck can help compare those choices without treating every deployment as identical.
Business challenges this platform can address
Too many small devices
Separate routers, injectors and small switches create extra cabling, power adapters and troubleshooting points. The RB5009UPr+S+IN can consolidate routing and PoE for a modest number of endpoints, provided the total power budget is calculated correctly.
Uplink bottlenecks
A network built only around 1G links may restrict aggregation or WAN handoff options. The 2.5G Ethernet interface and 10G SFP+ cage create additional design choices for faster upstream connectivity, server links or fibre distribution.
Power-source dependency
The router accepts power through a DC jack, a two-pin terminal and Ethernet. Multiple inputs can be used in resilience planning, but voltage behaviour and the source used for PoE-out must be understood before deployment.
Limited policy control
RouterOS supports detailed routing, firewall, VPN, quality-of-service, monitoring and automation options. This can give skilled teams deeper control than a basic unmanaged gateway, but it also creates a need for disciplined configuration and documentation.
Core capabilities in practical terms
Seven 1G ports handle ordinary access links, while one 2.5G port and one 10G SFP+ cage provide faster connection choices.
PoE-out is available on Ether1 through Ether8 with per-port and total limits that must be matched to connected devices.
RouterOS v7 can provide static and dynamic routing, firewall controls, VPN functions, queues, VLANs and operational tools.
The metal indoor enclosure can be used on a shelf or mounted with the optional K-79 kit, which supports multiple compatible units in 1U.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Compact ISP or branch edge | A small chassis, RouterOS and mixed 1G/2.5G/10G interfaces fit the topology. | WAN protocol, routing table size, firewall complexity and expected throughput. |
| Powering access points or cameras | Each endpoint remains within the per-port limit and the combined load fits the available source. | Voltage, standards, startup demand, cable quality and total wattage. |
| Fibre or 10G uplink | A compatible SFP+ module, DAC or active optical cable is selected. | Media type, distance, connector, module compatibility and link speed. |
| Resilient power design | Multiple suitable input paths are available and their behaviour is documented. | Input voltages, power-source capacity, failure sequence and PoE-out source selection. |
| High policy flexibility | The organisation has RouterOS skills or includes configuration support. | Required features, change control, backup, monitoring and ongoing support ownership. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product code | RB5009UPr+S+IN |
| Product type | Indoor Ethernet router with PoE-in and PoE-out |
| 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, Level 5 license |
| Copper interfaces | 7 × 10/100/1000 Ethernet and 1 × 2.5 Gigabit Ethernet |
| Fibre interface | 1 × SFP+ cage |
| USB | 1 × USB 3.0 Type-A, maximum USB current 1.5 A |
| PoE-in | 24–57 V; 802.3af/at on Ether1 and Mode B on Ether2–Ether8 |
| PoE-out | Ether1–Ether8; 802.3af/at support, with voltage and current limits applying |
| PoE-out limits | Up to 900 mA at lower input voltage and 440 mA at higher input voltage; maximum total output 130 W and 2.28 A total output current |
| Power inputs | DC jack, PoE-in and two-pin terminal, each supporting 24–57 V |
| Power consumption | 16 W maximum without attachments; 150 W maximum with attached loads |
| Cooling | Passive |
| Dimensions | Approximately 220 × 125 × 22 mm |
| Tested ambient temperature | -40°C to 60°C; installation conditions and enclosure ventilation still require review |
| Included items | 48 V 2 A power adapter, power cord, connector plug and fastening set; contents should be reconfirmed for the supplied region |
| Optional mounting | K-79 rackmount kit; confirm quantity and rack layout |
| Availability | Contact FourTeck for current UAE availability, quantity and vendor lead time |
Power-budget and compatibility notice
The theoretical 130 W total PoE-out figure is not the same as the usable budget available with every power source. The router reserves power for its own operation, and the supplied 48 V, 2 A adapter has a 96 W rating. Endpoint consumption, cable losses, USB use, SFP+ module draw and startup peaks should be included in the design. For a deployment approaching the upper PoE range, buyers should use an appropriately rated input source, configure the permitted PSU power values correctly and assign PoE port priorities.
PoE compatibility must be confirmed device by device. Ether1 supports standards-based 802.3af/at PoE-in, while the other copper ports use Mode B for input. PoE-out behaviour depends on the supplied voltage. A device requiring higher-power standards or unusual passive voltage should not be connected without checking its data sheet. FourTeck can review the proposed access points, cameras, radios or switches and identify where a dedicated PoE switch or injector would create a safer design.
A practical purchase and deployment journey
Define the role
Decide whether the unit will be the WAN router, branch gateway, PoE controller, aggregation device or a combination. List the RouterOS features that must run concurrently.
Map every connection
Record port speed, VLAN, cable type, SFP+ medium, endpoint power and redundancy requirements. This prevents an accessory or interface mismatch.
Calculate the power design
Add continuous and startup wattage, allow for the router and modules, choose suitable input sources and establish port priorities.
Prepare RouterOS
Build the configuration, harden management access, update software, create backups, document credentials and define monitoring.
Test before handover
Validate failover, throughput, VLAN isolation, firewall behaviour, PoE recovery, temperature and logging under realistic load.
Routing performance depends on configuration
MikroTik publishes laboratory results for bridging, routing and IPsec scenarios, but those numbers should be treated as reference measurements rather than guaranteed production throughput. Real networks add small packets, stateful firewall rules, NAT, queues, VPN encryption, connection tracking, dynamic routing, monitoring and traffic bursts. Each of those can change CPU load and forwarding behaviour. A buyer comparing the RB5009UPr+S+IN with a larger CCR router or an integrated security appliance should build the comparison around the intended configuration, not just a single maximum Mbps value.
The 88E6393 switch chip can support efficient local switching for suitable designs, while the quad-core ARM64 processor handles routing and RouterOS services. Correct bridge VLAN filtering, hardware offload status and interface placement matter. A configuration that unnecessarily sends local traffic through the CPU may perform differently from a properly designed bridge. For demanding ISP use, multi-WAN policy, large firewall rule sets, extensive queueing or many encrypted tunnels, FourTeck can help identify whether this model offers sufficient headroom or whether a higher platform should be considered.
Operational discipline is equally important. RouterOS gives administrators considerable freedom, but that flexibility means there are many ways to create an inefficient or insecure configuration. Use a controlled change process, export and binary backups, restricted management access, strong credentials, logging and a tested rollback method. Performance planning should include future growth because traffic patterns, connected sites and powered endpoints often expand after the initial installation.
PoE control for compact powered networks
The most distinctive reason to choose the RB5009UPr+S+IN rather than the non-PoE RB5009 variant is the ability to provide PoE-out on all eight Ethernet interfaces. This can simplify a small site by reducing external injectors and separate power adapters. Typical endpoints may include MikroTik wireless radios, Wi-Fi access points, IP cameras, VoIP equipment or low-power switches, but inclusion in a category does not guarantee compatibility. The voltage standard, polarity, negotiation behaviour and maximum demand must match.
Per-port limits and the aggregate limit both matter. A design with eight low-power devices can be practical, while a design with fewer high-demand devices may exceed the source or per-port ceiling. Startup consumption may also differ from steady-state use. The router can use priority settings to disable lower-priority PoE ports when available power becomes insufficient. That feature is valuable only when priorities reflect business importance. An uplink radio or core access point may need a higher priority than a non-critical camera, for example.
For stable operation, document the rated consumption of every endpoint, the input voltage supplied to the router, the capacity of each power source and the intended failure sequence. Do not assume that adding multiple inputs combines their wattage. The device selects sources according to voltage and operating logic. A resilient design may use more than one input path, but the selected voltages and cabling need to be deliberate. Where the endpoint count or wattage grows beyond a comfortable margin, a dedicated managed PoE switch may provide clearer capacity and expansion.
Multigigabit and SFP+ integration choices
The interface mix helps the RB5009UPr+S+IN fit networks that are moving beyond 1G without requiring every port to be multigigabit. The 2.5G Ethernet port can connect to a faster WAN handoff, a multigigabit access point, a server or another switch, depending on the topology. The SFP+ cage can support 10G fibre, a compatible direct-attach cable, an active optical cable or certain copper modules. The correct option depends on distance, heat, power consumption, connector type and the capabilities of the device at the opposite end.
SFP and SFP+ compatibility should be checked before ordering. A module physically fitting the cage does not prove that it supports the desired speed, fibre type or distance. Single-mode and multimode optics are not interchangeable, and the transmit wavelength must match the link design. Copper SFP+ modules can draw more power and generate more heat than optical modules or DACs, so enclosure ventilation needs attention. For short same-rack links, a compatible DAC may be simpler; for longer links, optics and fibre become relevant.
The uplink should also be considered in relation to the seven 1G access ports and the 2.5G port. A 10G physical link does not mean that every traffic pattern will be routed at 10G once firewalling, queueing or encryption is applied. It does, however, remove a common 1G physical bottleneck and can provide useful aggregation capacity. FourTeck can help map the chosen module, fibre patching, switch peer, VLAN design and RouterOS interface configuration into one bill of materials.
Suitable business environments and use cases
Small and medium ISP sites
Use the router for edge routing, customer aggregation, local management and power delivery to compatible access equipment. Confirm routing complexity, queueing scale, upstream media and site power resilience.
Managed Wi-Fi locations
Power several access points while applying VLANs, firewall rules and WAN policies from the same appliance. Verify AP power draw, 2.5G requirements and controller architecture.
Branch and retail networks
Combine secure routing, VPN connectivity and selected PoE endpoints in a small comms area. Add configuration backup, remote monitoring and a replacement strategy.
Surveillance edge deployments
Connect and power a modest set of IP cameras while routing traffic toward an NVR or central site. Check camera startup power, storage bandwidth, isolation and environmental conditions.
Wireless backhaul nodes
Power compatible point-to-point or point-to-multipoint radios and use fibre or Ethernet for the upstream link. Validate passive or standards-based PoE requirements carefully.
Laboratories and compact racks
Use the dense interface set for controlled test networks, development environments or space-constrained racks. Consider the optional K-79 mounting kit and heat from connected modules.
Operational and integration considerations
RouterOS can support VLAN segmentation, static and dynamic routing, DHCP, DNS caching, NAT, firewall filtering, VPNs, traffic queues, monitoring and scripting. The required feature set should be written down before configuration starts. A small branch that needs only NAT, VLANs and a site-to-site tunnel has a different design from an ISP node using BGP, subscriber policies and extensive queueing. Clear requirements reduce the risk of configuration growth becoming unmanaged.
Management access should be separated from user traffic where practical. Restrict WinBox, SSH and web administration to trusted addresses or a management VPN. Remove unused services, keep RouterOS maintained, protect backups and log significant events to a suitable destination. The device includes monitoring for temperature, voltage and current, which can support operational visibility, but alerts and thresholds must still be configured.
Physical integration matters as much as the software. Use suitable cabling for Gigabit, 2.5G and PoE distances, label both ends, verify grounding and surge protection where external links are involved, and install the indoor device in a location protected from dust, moisture and accidental contact. The published temperature range does not remove the need for airflow or an appropriate enclosure. SFP+ modules and high PoE loads can add heat.
For business-critical sites, plan how the network will recover from router failure, power failure or configuration error. Options can include spare hardware, exported configurations, a documented replacement process, upstream failover and multiple power inputs. High availability is not created merely by connecting two power sources. Each dependency, including WAN services, switches, optics and endpoint power, should be reviewed as part of the whole design.
Questions to resolve before requesting a quotation
Share WAN speed, expected concurrent users, VPN use, firewall complexity, queueing and growth expectations.
Provide model numbers, quantity, standard, voltage and maximum wattage for every powered endpoint.
Confirm fibre type, distance, connector, peer device and whether an optic, DAC or active cable is required.
Define the available DC sources, UPS arrangement, voltages, connector type and expected failover behaviour.
Decide whether configuration, hardening, monitoring, documentation and future changes are handled internally or included as services.
Check rackmount kit, SFP+ modules, patch cables, power supply, surge protection and spare-unit requirements.
Procurement checklist
✓ Exact model code RB5009UPr+S+IN
✓ Required quantity and spare strategy
✓ WAN speed and routing features
✓ Number and type of powered endpoints
✓ Per-port and combined PoE wattage
✓ Input power source and voltage
✓ 2.5G interface use
✓ SFP+ module, DAC or fibre requirement
✓ Rackmount or shelf installation
✓ RouterOS configuration and security scope
✓ VPN, VLAN and monitoring requirements
✓ Delivery destination and desired project window
✓ Warranty terms for the quoted supply
✓ Installation, testing and documentation expectations
How FourTeck can assist
FourTeck can help translate a topology or endpoint list into a clearer purchasing requirement. Assistance may include confirming the exact router model, reviewing interface counts, calculating the likely PoE demand, identifying an appropriate SFP+ connection, checking rackmount requirements and preparing a quotation around the requested quantity. This is useful when a buyer knows the desired outcome but has not yet finalised every accessory or power component.
Configuration and installation requirements can also be discussed. Depending on the agreed scope, planning may cover RouterOS updates, VLANs, WAN handoff, NAT, firewall policy, VPNs, routing, DHCP, traffic management, remote administration, monitoring, backups and handover documentation. These activities are not automatically included with hardware and should be stated in the request so the quotation separates supply from professional services.
For broader network projects, explore FourTeck’s business technology products, review available network and security services, or contact the Dubai team with the proposed bill of materials. Buyers evaluating a wider infrastructure project can also visit the FourTeck UAE website.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik RB5009UPr+S+IN. Availability can vary with quantity, vendor lead time, regional supply and the accessory list. A request should state whether only the router is required or whether the order also needs optics, DAC cables, the K-79 mounting kit, a different power source, patching, installation or RouterOS configuration. Delivery and project coordination can be discussed after the exact requirement is confirmed.
FourTeck can coordinate enquiries across Dubai, Abu Dhabi, Sharjah and Ajman in one consolidated UAE requirement. The final schedule depends on the confirmed product, destination, quantity and agreed service scope. Warranty terms should be checked on the issued quotation rather than assumed from a generic product page. For a useful response, include the deployment site, target date, endpoint power list and whether remote or on-site assistance is expected.
GCC Availability
FourTeck can assist organisations planning MikroTik routing and PoE deployments across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The support process can begin with a review of the proposed site, WAN capacity, connected PoE devices, SFP+ requirements and RouterOS responsibilities. From there, the exact model, quantity, accessories, configuration scope and delivery destination can be prepared for quotation coordination. Product availability, licensing, delivery schedules, service visits and vendor lead times can vary by country, quantity and project requirement. Buyers should share the destination country, number of routers, endpoint power list, preferred deployment period and any installation or remote-support expectations. No assumption should be made about local inventory, customs handling or a fixed delivery date until the requirement is reviewed. Kuwait-based enquiries may also use the FourTeck Kuwait resource for regional contact guidance.
Africa Availability
Organisations planning ISP, branch, wireless or surveillance networks in Africa can ask FourTeck for product and project guidance around the RB5009UPr+S+IN. Assistance may cover model confirmation, compatible accessories, PoE load review, SFP+ media selection, power planning, configuration scope, support expectations and regional procurement preparation. Fulfilment depends on the destination, quantity, power and regulatory requirements, shipping arrangements, vendor lead time and local project conditions. Buyers should provide the destination country, exact quantity, required installation window, endpoint models and whether configuration or support is expected. This information helps distinguish a straightforward hardware supply from a wider deployment requirement. FourTeck does not assume immediate local inventory or guaranteed customs outcomes. For selected regional enquiries, visit FourTeck Africa, FourTeck Kenya or FourTeck Uganda.
Related products and planning options
RB5009UG+S+IN
Consider the non-PoE-out variant when the routing platform and interface mix are useful but endpoint power will be handled by a separate switch.
K-79 rackmount kit
Useful when one or more compatible RB5009 or L009 units need organised installation in a 1U rack space. Confirm the intended layout.
SFP+ optics or DAC
Select according to speed, distance, fibre type, connector and peer-device compatibility. Do not choose solely by physical connector.
Dedicated managed PoE switch
A separate PoE switch may be more suitable when port count, total wattage, high-power endpoints or future expansion exceed the router’s comfortable range.
RouterOS configuration support
Include professional configuration where the internal team needs assistance with VLANs, routing, firewalling, VPNs, monitoring or handover documentation.
Why businesses contact FourTeck
The main value of a pre-sales discussion is reducing ambiguity. A router purchase can fail to meet expectations because of an overlooked power supply, missing optic, unsuitable PoE standard, incomplete rack accessory, unsupported topology or undefined configuration responsibility. FourTeck can review those dependencies and help create a clearer bill of materials.
Businesses also contact FourTeck when they need to compare the RB5009UPr+S+IN with a non-PoE model, a larger MikroTik router, a dedicated PoE switch or a security appliance. The objective is to choose a design that fits the required performance, manageability, resilience and budget rather than selecting equipment from a single headline specification. Quotation coordination, installation planning, configuration scoping, migration preparation and support expectations can be discussed before the order is finalised.
Frequently asked questions
Is the RB5009UPr+S+IN a router or a PoE switch?
It is primarily a RouterOS Ethernet router with switching capabilities and PoE-out on eight copper ports. It can consolidate several functions, but it should not automatically replace a dedicated PoE switch in higher-port or higher-power designs.
How many Ethernet ports does it have?
It has seven 10/100/1000 Ethernet ports and one 2.5 Gigabit Ethernet port. It also includes one SFP+ cage for a fibre, DAC or other compatible 1G/10G module connection.
Can all eight copper ports provide PoE-out?
Yes, PoE-out is available on Ether1 through Ether8. Each port and the combined system have current and power limits, so endpoint standards and total wattage must be calculated before deployment.
Does the included adapter provide the full 130 W PoE budget?
No. The commonly included 48 V, 2 A adapter is rated at 96 W, and the router reserves power for its own operation. A different suitable source may be required for a higher PoE load.
Is a RouterOS license included?
The device is supplied with RouterOS v7 and a Level 5 license. Optional services, support arrangements or external software are separate considerations.
Can it be mounted in a rack?
Yes, the optional K-79 kit is designed for compatible RB5009 and L009 devices and can mount multiple units in a 1U space. Confirm the number of units and required kit quantity.
Which SFP+ module should be ordered?
The answer depends on speed, distance, fibre type, connector and the opposite device. A compatible DAC may suit short rack links, while fibre optics may be needed for longer connections.
Is it suitable for a medium office?
It can suit a medium office when the port count, WAN performance, PoE demand and RouterOS management model fit. Larger endpoint counts may require additional access switches.
Can FourTeck configure the router?
Configuration support can be discussed for VLANs, routing, firewall rules, VPNs, WAN setup, monitoring, backups and documentation. The exact scope should be included in the quotation request.
How can I check Dubai availability and price?
Send FourTeck the required quantity, delivery destination, accessory list, endpoint power details and service requirements. Current availability and the applicable quotation can then be confirmed.
Confirm the model, PoE load and complete bill of materials
Share your WAN speed, powered endpoint list, SFP+ link requirement, quantity and installation scope. FourTeck can prepare a more accurate UAE quotation and identify the accessories or services that belong in the project.
