Business routing and network control
MikroTik RB4011 Series in Dubai, UAE
A compact RouterOS platform for organisations that need multiple Gigabit Ethernet connections, an SFP+ uplink, policy-based routing options and a choice between wired rack-mount and integrated wireless models.
Choose the correct RB4011 model
Share your WAN speed, port count, SFP+ requirement, wireless need, mounting preference and configuration scope for a focused quotation.
Direct answer for buyers
The MikroTik RB4011 Series is a family of compact RouterOS routers intended for advanced small-business, branch, service-provider and technically managed networks. Both principal models provide ten 10/100/1000 Ethernet ports, one SFP+ interface, 1 GB of RAM and a quad-core ARM platform. The wired RB4011iGS+RM includes rack-mount hardware, while the RB4011iGS+5HacQ2HnD-IN adds integrated 2.4 GHz and 5 GHz wireless networking. Buyers should confirm the exact variant, desired uplink module, RouterOS design, PoE requirements, power input, wireless country rules and expected real-world traffic load before proceeding.
What the RB4011 Series does
The RB4011 Series acts as the routing and policy-control point between internet services, internal networks, servers, switches, wireless infrastructure and remote locations. RouterOS allows the device to be configured for common business functions such as NAT, VLAN routing, firewall policies, site-to-site VPN, remote-access VPN, quality of service, failover, load distribution, DHCP, static and dynamic routing, traffic monitoring and controlled management access.
Its ten copper Gigabit ports can support several directly connected segments or can link to managed switches that carry multiple VLANs. The SFP+ interface gives the design team an additional high-speed uplink path, but the correct optic or supported module must be chosen carefully. The device should not be treated as a simple plug-and-play broadband router when advanced features are required. Its value comes from deliberate RouterOS configuration and a network design that reflects the actual traffic, security and operational requirements.
Who should consider it
The family may suit businesses that need more flexibility than a basic office router but do not necessarily require a large chassis, multiple 10 Gigabit ports or a subscription-led management platform. It is commonly considered for branch offices, retail groups, clinics, workshops, training centres, hospitality environments, warehouses, temporary project sites, laboratories and technically managed home offices.
It is most appropriate where an administrator or service provider is comfortable working with RouterOS or where FourTeck is engaged to support planning and configuration. Organisations that need integrated next-generation security subscriptions, highly simplified cloud management, redundant power supplies, multiple SFP+ ports or formal enterprise support entitlements should compare other platforms before selecting the RB4011. The correct choice depends on network complexity, business risk, administrator skill and expected lifecycle.
Business challenges the series can help address
These are design opportunities rather than automatic outcomes. Results depend on the RouterOS configuration, traffic profile and connected infrastructure.
Too few router interfaces
A ten-port platform can reduce dependence on small unmanaged switches for simple branch deployments and can separate WAN, user, server, voice, guest and management connections where the design requires physical interfaces.
Multiple network segments
RouterOS can route between VLANs and enforce policy between departments, services and device classes. The firewall rules must be designed and tested instead of relying on default assumptions.
Internet-link resilience
Dual-WAN or multi-WAN designs can be created using suitable routing checks, route priorities and policy logic. Actual failover behaviour depends on the configuration and upstream service characteristics.
Remote-site connectivity
The platform supports VPN technologies available in RouterOS, enabling site-to-site or user access designs. Protocol choice, encryption, authentication and throughput expectations should be reviewed before deployment.
Traffic prioritisation
Queues and traffic classification can help allocate bandwidth for voice, applications, guest users and bulk transfers. Complex policies may lower maximum throughput and need realistic testing.
Compact deployment space
The metal enclosure is suitable for desktop or organised communications spaces. The wired RM model includes rack ears for standard 1U mounting, while the wireless model requires suitable RF placement.
Shared family capabilities
Quad-core ARM processing
Both main models use the AL21400 quad-core platform with 1 GB RAM. Performance varies significantly with packet size, firewall rules, queues, VPN settings and enabled services.
Flexible port design
Ten Gigabit Ethernet ports and one SFP+ interface support branch routing, aggregated uplinks and segmented access. The physical topology should match the switch-chip architecture and traffic path.
Passive PoE options
Ether1 supports passive PoE input and Ether10 can provide passive PoE output within the documented voltage and current limits. This is not the same as universal standards-based PoE compatibility.
RouterOS management
Administrators can use WinBox, command-line, web or API-based methods according to policy. Secure management access, backups, updates and change control remain essential.
RB4011 model-selection matrix
| Buyer requirement | Suitable direction | Confirm before ordering |
|---|---|---|
| Rack-mounted wired edge router | RB4011iGS+RM | Rack depth, power source, SFP+ module and airflow |
| Integrated office Wi-Fi plus routing | RB4011iGS+5HacQ2HnD-IN | Wireless region, coverage expectations, client density and placement |
| 10 Gigabit optical or supported transceiver uplink | Either model may be considered | Exact SFP/SFP+ module, fibre type, distance and compatibility |
| Passive PoE-powered installation | Either model, subject to voltage | 18–57 V passive PoE input and total power budget |
| Powering one compatible device from Ether10 | Either model, within documented limits | Device voltage, passive PoE support and current draw |
| Subscription-managed security gateway | Compare another product category | Required threat services, reporting, support SLA and compliance needs |
Verified family information
The following table separates shared characteristics from model-specific differences. Real-world performance is configuration dependent and should not be inferred from interface speed alone.
| Brand | MikroTik |
|---|---|
| Product family | RB4011 Series |
| Main models | RB4011iGS+RM and RB4011iGS+5HacQ2HnD-IN |
| Architecture | ARM 32-bit |
| CPU | AL21400, four cores; operating frequency controlled automatically within the vendor-listed range |
| Memory and storage | 1 GB RAM and 512 MB NAND storage |
| Ethernet interfaces | 10 × 10/100/1000 Ethernet |
| SFP+ interfaces | 1; module not included and compatibility must be confirmed |
| Operating system | RouterOS v7 with Level 5 licence listed on current product pages |
| PoE input | Passive PoE on Ether1, 18–57 V |
| PoE output | Passive PoE on Ether10, up to 57 V within current limits |
| DC input | 12–57 V via DC jack |
| Cooling | Passive |
| Dimensions | 228 × 120 × 30 mm |
| Wired model mounting | RB4011iGS+RM includes rack-mount ears for standard 1U mounting |
| Wireless model radios | 5 GHz 802.11a/n/ac, four chains, up to 1733 Mbit/s listed data rate; 2.4 GHz 802.11b/g/n, two chains, up to 300 Mbit/s listed data rate |
| Maximum power consumption | 33 W for RB4011iGS+RM and 44 W for RB4011iGS+5HacQ2HnD-IN, including attachment allowance |
| Availability | Contact FourTeck for current UAE model, quantity and lead-time guidance |
| Important note | Do not assume every SFP, SFP+, copper module, passive DAC or GPON module is supported. Confirm the exact transceiver and current compatibility guidance before purchase. |
Compatibility and dependency notice
The RB4011 SFP+ interface is useful, but it requires disciplined module selection. Historical product documentation states limitations involving passive DAC modules, certain 1 Gigabit copper SFP modules and SFP GPON modules. Compatibility guidance can change with hardware revisions and RouterOS releases, so buyers should provide the precise module code, intended speed, fibre type, connector, link distance and connected switch or service equipment. Wireless model selection also depends on the allowed regional variant and local radio regulations. PoE input and output are passive, which means voltage compatibility must be verified rather than assumed from the presence of an Ethernet power connection.
A practical purchase and deployment journey
Define the traffic role
Identify WAN services, routed VLANs, VPN users, remote sites, public services, expected bandwidth and failover requirements.
Select the variant
Choose the wired rack-mount model or integrated wireless model. Avoid buying Wi-Fi merely as a convenience if coverage requires separate access points.
Confirm accessories
Validate SFP/SFP+ modules, fibre patch leads, rack hardware, power method, surge protection, UPS support and compatible passive PoE devices.
Design RouterOS
Prepare addressing, VLANs, routes, firewall zones, VPNs, management access, logging, backups and update procedures before production cutover.
Test and document
Verify throughput, failover, DNS, DHCP, security rules, monitoring and recovery. Record the final configuration and administrative ownership.
Routing performance must be evaluated in context
MikroTik publishes laboratory forwarding results for the RB4011 under specific packet sizes and feature combinations. Those figures are useful for comparing test scenarios, but they are not a promise of production throughput. A router handling large packets with fast-path processing can behave very differently from one applying many firewall rules, queues, connection tracking functions, encrypted tunnels and detailed logging. Small packets place a different processing load on the platform than large packets. Business buyers should therefore describe the actual workload instead of selecting the router solely because it has an SFP+ port or because a published test shows a high aggregate figure.
For a branch internet edge, key inputs include the service speed, upload and download symmetry, number of concurrent connections, VPN encryption method, number of VLANs, use of queues, inspection requirements and whether the router will also act as a wireless access point. Where the project involves multi-gigabit internet, extensive security processing or strict service-level expectations, FourTeck can help compare the RB4011 with newer or higher-capacity options. A proof-of-concept or staged migration may be appropriate for critical sites.
RouterOS flexibility and operational responsibility
RouterOS is one of the main reasons buyers select MikroTik. It offers a broad set of networking functions and gives experienced administrators detailed control over routing, firewalling, tunnels, interfaces, bridges, queues, scripts, monitoring and system services. That flexibility also creates responsibility. A device with many features is not secure or resilient merely because the functions exist. Configuration quality, password policy, management-plane restrictions, software maintenance, logging, backup control and documentation determine whether the router remains manageable over time.
A sensible business deployment normally limits administrative access to trusted networks or a dedicated management path, disables unused services, uses strong credentials and key-based access where practical, maintains tested backups and tracks RouterOS updates. Firewall policy should be built around explicit business flows rather than a long collection of unexplained rules. Remote administration should use an approved secure method, and emergency recovery steps should be recorded. FourTeck can discuss configuration scope separately from hardware supply so the quotation reflects the required planning, implementation and handover work.
Integrated wireless: useful, but not a substitute for Wi-Fi design
The RB4011iGS+5HacQ2HnD-IN combines routing with dual-band wireless, which can be convenient for a small office, technical workspace, temporary site or location where one access point provides suitable coverage. Its 5 GHz radio is based on Wi-Fi 5 technology and its 2.4 GHz radio supports Wi-Fi 4 standards. The listed radio data rates are signalling rates, not guaranteed user throughput. Client capability, interference, channel width, distance, wall construction, placement and the number of active devices all influence the result.
For larger offices, hotels, schools, warehouses or dense client environments, separate access points are usually easier to position and scale. The router can then focus on edge and policy functions while the wireless design uses purpose-built access points, controlled channels and an appropriate management method. Buyers should also confirm whether the international or region-locked wireless variant is suitable for the destination. The local regulatory domain must be respected, and a model intended for another region should not be assumed to operate legally or correctly in the UAE.
Ideal business environments and use cases
Branch office edge
Use the RB4011 to terminate one or more internet services, route internal VLANs and establish connectivity to headquarters. Confirm tunnel performance, security policy and remote support requirements.
Retail and restaurant networks
Separate payment, corporate, guest, CCTV and operational traffic. The design should follow application-provider requirements and should not rely on physical port separation alone.
Managed customer premises
Service providers and integrators can use RouterOS automation and remote management methods, provided access controls, configuration standards and tenant separation are carefully maintained.
Lab and training environments
The platform can support practical learning involving VLANs, routing protocols, VPNs, firewall policy and traffic control. Production assumptions should not be based solely on lab success.
Hospitality back-office routing
It may support smaller hospitality sites where guest access, staff systems and operational devices need controlled segmentation. Wireless coverage is often better handled by distributed access points.
Temporary project locations
The compact enclosure and flexible power options can help at project offices and events. Environmental protection, secure mounting, uplink type and remote recovery must still be planned.
Integration and operational considerations
The router should be treated as one component in a wider network. Managed switches may be required for port density, VLAN distribution and PoE delivery. Dedicated wireless access points may be more appropriate than the integrated radio. A firewall or security gateway may still be necessary when the organisation needs subscription-based threat prevention, advanced application inspection, centralised incident reporting or vendor support commitments. Monitoring may involve SNMP, syslog, NetFlow-style data, RouterOS tools or a third-party platform depending on the operational model.
Power design matters. Although the router accepts a broad DC input range and passive PoE on Ether1, the selected source must provide the correct voltage and sufficient capacity. Ether10 passive PoE output follows the input-voltage design and documented current limits, so the connected device must be compatible. In a communications rack, consider UPS runtime, surge protection, cable labelling, grounding, ventilation and access control. For the wireless model, avoid enclosed metal racks because they obstruct radio propagation and make the integrated access point ineffective.
Configuration migration from an older MikroTik should not be approached as a blind export-and-import exercise. Interface names, package behaviour, RouterOS versions, bridge configuration and feature defaults may differ. Review the old configuration, remove legacy rules, map interfaces deliberately and test each service. A clean configuration built from an approved design is often easier to support than carrying years of undocumented changes into a new router.
Questions to resolve before requesting a quotation
Confirm whether the project needs RB4011iGS+RM or RB4011iGS+5HacQ2HnD-IN and whether the destination permits the selected wireless variant.
Provide WAN speed, packet profile where known, number of users, VPN usage, firewall complexity, queues and likely growth.
State the connected device, speed, optic or module code, cable type and distance so compatibility can be checked.
Explain office size, wall construction, user count and placement. A separate wireless system may provide better coverage and scalability.
Identify DC adapter, passive PoE source, UPS arrangement and whether Ether10 will power another compatible device.
Separate hardware supply from design, configuration, migration, testing, documentation, training and ongoing support requirements.
Procurement checklist
☐ Exact RB4011 model and regional variant
☐ Required quantity and deployment sites
☐ Internet service speed and connection type
☐ Number of LAN, WAN and routed segments
☐ SFP or SFP+ module code and fibre details
☐ Rack-mount or desktop installation preference
☐ Wireless coverage and client requirements
☐ DC or passive PoE powering method
☐ Ether10 PoE-out device and power budget
☐ VPN protocols and remote-site count
☐ Firewall, queue and routing complexity
☐ Configuration, migration and testing scope
☐ Documentation and administrator handover
☐ Delivery destination and preferred project schedule
How FourTeck can assist
FourTeck can support the purchase decision by converting a general request for “an RB4011 router” into an exact model and deployment requirement. The discussion may cover port allocation, expected internet speed, VLAN count, VPN role, SFP+ connectivity, wireless coverage, power options, rack placement and administrator responsibilities. This helps prevent common mismatches, such as ordering the wireless model for a metal rack, selecting an unsupported transceiver, expecting standards-based PoE behaviour from passive PoE or assuming that a high interface speed guarantees the same routed throughput under every policy.
Where configuration services are required, the scope can include addressing, VLAN design, firewall policy, NAT, WAN failover, VPN setup, monitoring, administrator access, backups and handover documentation. Migration support should be scoped around the existing router, permitted outage window, application dependencies and rollback plan. Visit the FourTeck network services page to review related assistance, browse business networking products, or contact the Dubai sales team with your requirement.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact RB4011 model, regional wireless variant, quantity and required accessories. Availability may depend on vendor lead time, model lifecycle, shipment schedule and the bill of materials. Delivery and project coordination can be discussed after the requirement is confirmed. Installation and RouterOS configuration should be included in the quotation when needed rather than assumed to be part of hardware supply.
FourTeck can coordinate requirements for businesses in Dubai, Abu Dhabi, Sharjah and Ajman through one combined review. Share the destination, rack or office environment, internet services, SFP+ connection, wireless requirement and desired implementation scope. For broader technology planning, visit FourTeck UAE or review the company information page.
GCC Availability
FourTeck can assist organisations planning RB4011 deployments across GCC markets by reviewing the required model, RouterOS role, accessories, quantity and destination before quotation. A business operating in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman may have different procurement, power, wireless-region and project-coordination considerations. Product availability, permitted radio configuration, delivery schedules, configuration services and vendor lead times can vary by country and requirement. Buyers should therefore provide the destination country, exact wired or wireless model, number of units, preferred deployment date, required SFP+ modules, power method and any installation or migration expectations. For Kuwait-related coordination, the FourTeck Kuwait resource may also be useful. No stock position, customs outcome or fixed delivery period should be assumed until the requirement has been reviewed and a current quotation is issued.
Africa Availability
Organisations planning MikroTik routing projects in Africa can contact FourTeck for model evaluation, accessory planning, RouterOS configuration scope and regional procurement coordination. Requirements in East Africa, West Africa, Southern Africa and Central Africa can differ because of service-provider interfaces, available power, wireless regulations, shipping arrangements, local installation resources and support expectations. Share the destination country, exact RB4011 model, quantity, SFP or SFP+ requirements, intended WAN services, deployment schedule and whether remote or onsite assistance is expected. Availability and fulfilment may depend on model lifecycle, quantity, vendor lead time, licence region, radio variant and local project conditions. Buyers in Kenya or Uganda may review the relevant FourTeck Kenya and FourTeck Uganda resources, while wider enquiries can use the FourTeck Africa portal.
Related options and services
MikroTik RB5009 family
A newer compact router family to compare where 2.5 Gigabit Ethernet, different port architecture or updated performance characteristics are required.
Managed Ethernet switches
Useful when the site needs higher access-port density, VLAN distribution, standards-based PoE or multiple high-speed uplinks.
Business wireless access points
Consider separate access points for larger floors, multiple zones, dense client environments or centralised wireless operations.
SFP and SFP+ optics
Choose only after confirming interface compatibility, fibre type, connector, wavelength, distance and connected equipment.
RouterOS configuration support
Scope VLANs, firewall policy, VPNs, failover, monitoring, backups and controlled management access for the business environment.
Network migration assistance
Plan interface mapping, configuration cleanup, test cases, cutover timing and rollback when replacing an existing router.
Why businesses contact FourTeck
Buyers often need more than a model number. They need help clarifying whether the chosen router matches the service speed, network topology, wireless requirement and operating model. FourTeck can assist with requirement clarification, model selection, bill-of-material preparation, transceiver review, rack and power considerations, quotation coordination, configuration planning, migration scope and support discussions. The objective is to make the purchase decision traceable to a real deployment requirement rather than relying on a generic product description.
This approach is particularly useful when the RB4011 will sit between multiple service providers, routed VLANs, remote sites and critical applications. A clear scope makes it easier to identify what is included in hardware supply, what requires configuration work and what depends on third-party services. It also helps establish realistic expectations for performance, wireless coverage, failover behaviour and ongoing administration.
Frequently asked questions
What is the difference between the two main RB4011 models?
The RB4011iGS+RM is the wired model and includes rack-mount ears. The RB4011iGS+5HacQ2HnD-IN adds integrated dual-band wireless and is intended for desktop or wall placement where the radios can operate effectively.
Does the RB4011 include a RouterOS licence?
Current MikroTik product information lists RouterOS Level 5 as preinstalled and licensed. Buyers should still confirm the exact supplied model and software status on the quotation.
Can every SFP+ module be used?
No. Compatibility should be confirmed for the exact optic or copper module. Historical documentation lists limitations for passive DACs and certain copper or GPON modules.
Is the wireless model suitable for a large office?
It may suit a small area with appropriate placement, but large or dense environments generally need multiple purpose-built access points. Coverage should be designed around the floor plan and client load.
Can the RB4011 provide PoE to another device?
Ether10 supports passive PoE output within documented voltage and current limits. The connected device must accept the supplied passive PoE voltage; compatibility must not be assumed.
Can it be used for dual-WAN failover?
RouterOS can be configured for multi-WAN and failover designs. The required monitoring, route logic, NAT and application behaviour must be planned and tested.
Does FourTeck provide configuration assistance?
Configuration, migration, testing and documentation can be discussed as a separate project scope. Share the required features and existing network details for an accurate quotation.
Is the RB4011 currently available in Dubai?
Contact FourTeck to confirm current model and quantity availability. Lead time can depend on the exact variant, accessories and vendor supply conditions.
What details are needed for a quotation?
Provide the model preference, quantity, destination, WAN speed, port needs, SFP+ module, wireless requirement, power method and any configuration or installation scope.
Plan the RB4011 around your actual network
Send FourTeck your port plan, WAN speed, wireless need, SFP+ requirement and configuration scope to receive model guidance and a current UAE quotation.