Outdoor 10G fiber, PoE and DC distribution
MikroTik GPERx6 in Dubai, UAE
The MikroTik GPERx6 is built for remote network points where fiber data, PoE-powered equipment and DC-powered edge devices must meet in one weather-resistant enclosure. It helps designers reduce separate cable paths while retaining 10G fiber connectivity and practical field power distribution.
Plan the complete field node
Confirm fiber modules, cable distance, input voltage, downstream load, mounting location and installation scope before requesting a quote.
Direct answer for buyers
The MikroTik GPERx6, product code CSS606-1G-2Gi-3S+OUT, is an outdoor SwOS switch that combines three 10G SFP+ cages, three Gigabit Ethernet ports, PoE input, two passive PoE outputs and three DC outputs. It is mainly used to create a powered fiber distribution point for surveillance, wireless access, IoT, industrial or campus edge networks. Buyers should consider it when a remote location needs fast fiber transport and local device power without installing a conventional indoor cabinet. Before proceeding, confirm optical module compatibility, fiber distance, input voltage, total downstream power, passive PoE suitability, enclosure placement, grounding, surge protection and the required installation services.
What the GPERx6 does
The device acts as a compact outdoor junction between high-speed fiber and powered edge equipment. Fiber can carry the main data path into a distant location, while copper conductors or PoE provide the electrical input needed at that point. The GPERx6 then distributes connectivity through its SFP+ and Ethernet interfaces and can deliver power through passive PoE or dedicated DC outputs.
This architecture is useful when the remote site contains several different endpoints rather than one simple camera or access point. A single field cabinet or pole may need an uplink, a camera connection, an access point, a small switch, a sensor controller and a non-PoE device. The GPERx6 provides a central place to organise those links, subject to the power and compatibility limits of the installation.
Who should consider it
The product is suited to network integrators, security contractors, ISPs, property operators, industrial organisations and IT teams planning outdoor edge infrastructure. Typical environments include perimeter surveillance routes, remote CCTV towers, large estates, ports, logistics yards, campuses, solar-powered network points, outdoor Wi-Fi zones and distributed IoT installations.
It is less appropriate when the project requires advanced Layer 3 routing, firewall functions, wireless radios or full RouterOS automation in the same device. It should also not be selected until the installer confirms that every powered endpoint accepts the supplied voltage and passive PoE method. FourTeck can assist with a deployment review so the GPERx6 is evaluated as part of the complete system rather than as an isolated switch.
Business challenges the product can help address
Long cable routes
Copper Ethernet has practical distance limitations, while outdoor projects may need to connect equipment hundreds of metres or more from the nearest communications room. Using fiber for the data path allows longer runs and better electrical isolation, while the GPERx6 creates an endpoint where local Ethernet and power can be distributed.
Separate power infrastructure
Remote devices often require an electrician, new AC circuits, protective boxes and multiple adapters. A carefully designed hybrid or DC-fed approach can simplify the field node, although cable voltage drop, conductor size, protection and load calculations must be completed before deployment.
Mixed endpoint requirements
Outdoor sites rarely contain identical devices. Some endpoints use SFP+, some use Gigabit Ethernet, some accept passive PoE and others need DC. The GPERx6 gives the designer several output types, but exact voltage, current and connector requirements still need confirmation.
Weather exposure
A standard indoor switch requires a separate outdoor cabinet with environmental protection. The GPERx6 has an IP66-rated enclosure and wall or pole mounting options. Correct cable glands, orientation, sealing, grounding and site protection remain essential parts of the installation.
Core capability band
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Remote fiber node | The field point needs one or more 10G SFP+ connections plus local copper devices. | Fiber type, transceiver model, connector, wavelength and link budget. |
| PoE-powered equipment | Connected devices accept passive PoE at the available input voltage. | Voltage tolerance, polarity, maximum draw and cable loss. |
| Non-PoE IoT equipment | Sensors or controllers can use the DC outputs within the total current limit. | Connector, voltage regulation, peak load and surge behaviour. |
| Outdoor installation | The mounting point can follow the prescribed orientation and cable-entry practices. | Pole or wall hardware, grounding, surge protection and sealing. |
| Layer 2 switching | SwOS management is sufficient and routing is handled elsewhere. | VLAN design, management access, monitoring and upstream router functions. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | GPERx6 |
| Product code | CSS606-1G-2Gi-3S+OUT |
| Product type | Outdoor managed Layer 2 switch and power distribution device |
| Operating system | SwOS |
| Switch chip | 88E6193X |
| Gigabit Ethernet | 3 × 10/100/1000 Ethernet ports |
| Fiber interfaces | 3 × 10G SFP+ cages |
| PoE input | 802.3bt on Ether1, 42–57 V |
| DC input | Two-pin screw terminal, 12–57 V |
| PoE output | Passive PoE up to 57 V on Ether2 and Ether3 |
| PoE output limits | 1.2 A per port below 30 V; 0.625 A per port above 30 V; 2.4 A total |
| DC outputs | 3 outputs, maximum 3.6 A total |
| Power consumption | 6 W without attachments; 160 W maximum |
| Enclosure protection | IP66 |
| Cooling | Passive |
| Tested ambient temperature | -40°C to +70°C |
| Dimensions | 406 × 116 × 76 mm |
| Mounting | Wall or pole mounting using included hardware |
| Included components | K-93 fastening set and hose clamps |
| Availability | Contact FourTeck for current UAE options, quantity and vendor lead time |
Compatibility and power dependencies
The most important purchasing check is power compatibility. Ether2 and Ether3 provide passive PoE rather than negotiated 802.3af/at/bt output. A connected device must support the delivered voltage and wiring arrangement. Connecting an incompatible endpoint can damage equipment. The total power available also depends on the input source, cable resistance, voltage drop, temperature, conductor size and the combined load of PoE and DC devices.
SFP+ cages do not automatically include transceivers. The quotation should identify the required single-mode or multimode optics, connector type, wavelength, distance and compatibility. Where bidirectional optics, long-range modules or third-party transceivers are planned, the exact module and link design should be checked before procurement.
SwOS provides switch management, but the GPERx6 is not a RouterOS router or security gateway. Routing, firewalling, VPN, DHCP, traffic inspection and wider policy control normally belong on an upstream device. The system design should also include grounding, surge protection, outdoor-rated cable, correct glands, drip loops, enclosure orientation and safe access for maintenance.
Deployment and purchase journey
Define the field node
List every device at the remote location, including cameras, access points, controllers, sensors, radios and any onward fiber links.
Calculate power
Record normal and peak consumption, input voltage tolerance, cable length, conductor resistance and the desired operating margin.
Select optical parts
Confirm fiber cores, module speed, wavelength, reach, connector, patch leads, splice plan and whether redundant paths are required.
Confirm mounting
Choose wall or pole installation, verify orientation, cable entries, grounding, weather sealing and safe maintenance access.
Build the quotation
Include the switch, optics, power source, protection, cable accessories, mounting materials, configuration and testing requirements.
10G fiber at the network edge
Three SFP+ cages give the GPERx6 more flexibility than a simple media converter. One port can receive the main uplink, while the others may extend connectivity to another pole, remote cabinet or fiber-connected endpoint. This can support chained or branched outdoor designs, provided the switching topology, bandwidth, failure impact and optical budgets are reviewed.
A buyer should not assume that every SFP+ module will behave identically. Temperature range, optical reach, module power consumption and compatibility matter in an exposed installation. The fiber path should be tested and documented during commissioning, and spare optics may be considered for critical locations.
Power distribution with design control
The GPERx6 can accept 802.3bt PoE input or a direct DC feed. It then provides passive PoE on two Ethernet ports and DC output on three connectors. This variety is useful, but it makes the power plan an engineering task rather than a plug-and-play assumption. Input power must be sufficient for the switch itself and every attached load.
Long copper conductors create voltage drop. A device that works during bench testing may become unstable at the field endpoint when cameras activate infrared lighting, radios transmit at high load or heaters turn on. The design should account for peak consumption and loss, not only the label value of the power source.
Practical SwOS management
SwOS provides a web-based management environment intended for switching functions. It supports operational tasks such as port status review, VLAN configuration and switch-level administration, depending on the installed software version. The default management process should be completed securely, including changing credentials and restricting access to trusted management networks.
Because SwOS is not RouterOS, organisations should place routing, security policy and advanced services on suitable upstream equipment. This division can be beneficial: the field device remains focused on reliable Layer 2 connectivity, while more complex control stays in a protected network location.
Ideal business environments and use cases
Perimeter surveillance
Large properties can use fiber to reach distant boundary points, then connect cameras or local access equipment through the GPERx6. Redundancy, recording bandwidth and power backup should be designed separately.
Remote CCTV towers
A tower may carry multiple cameras, a wireless bridge and environmental sensors. The product can serve as the field distribution point when all devices are electrically compatible.
Industrial and logistics yards
Outdoor switching can support gates, loading areas, vehicle routes and remote buildings where dust, heat and long cable paths complicate standard indoor equipment placement.
Campus and estate networks
Schools, compounds, hospitality estates and large residential properties may use distributed fiber nodes for cameras, Wi-Fi coverage, access control and operational sensors.
IoT and telemetry
Three DC outputs can support suitable non-PoE field devices, allowing sensors or controllers to share the same protected network point when voltage requirements match.
Solar-powered edge locations
The low 6 W device consumption without attachments can be useful in energy-conscious designs, but solar capacity, battery autonomy and peak attached loads must be calculated for the full system.
Integration and operational considerations
The GPERx6 should be integrated into a documented network design. VLANs, trunking, management addressing and uplink behaviour need to match the upstream switch or router. The management interface should not be exposed directly to untrusted networks. Administrators should change the default password, apply an approved SwOS release and maintain a configuration record for each field location.
Outdoor reliability depends on more than the enclosure rating. Cable entries must be correctly sealed, unused openings protected and cables routed so water cannot follow them into the device. The unit should be mounted according to the orientation guidance. A project engineer should evaluate lightning exposure, earthing, surge protectors, cable shielding and separation from high-voltage infrastructure.
Power monitoring should be part of commissioning. Measure input voltage at the remote end under realistic load, not only at the power source. Test each attached device during its highest demand state. For surveillance systems, this may include infrared night mode, heaters, pan-tilt-zoom movement or accessory activation. For wireless equipment, test during sustained traffic and maximum transmit conditions.
Maintenance access should also be considered. A pole-mounted device may require a lift, permit or safety procedure. Labelling fiber cores, DC outputs and Ethernet ports reduces future troubleshooting time. Keep an installation drawing that records module types, cable routes, power source, load calculations and the upstream port assignment.
Buyer questions to resolve before ordering
Distance affects fiber selection, optical budget, conductor resistance and the feasibility of carrying DC power over the same route.
Provide exact model numbers, voltage range, normal consumption, peak draw and whether passive PoE is supported.
Specify single-mode or multimode fiber, connector type, wavelength, required reach and link topology.
Confirm whether the design needs a second fiber route, redundant power, battery backup or spare field equipment.
Decide whether the quotation should include VLAN setup, password hardening, firmware review, testing and documentation.
Identify pole or wall mounting, access equipment, cabling, splicing, grounding, surge protection and safety requirements.
Procurement checklist
✓ Exact product code CSS606-1G-2Gi-3S+OUT
✓ Required quantity and deployment locations
✓ Fiber type, core count and cable distance
✓ SFP+ module model, wavelength and reach
✓ PoE input source and available wattage
✓ Passive PoE compatibility of each endpoint
✓ DC output voltage and connector requirements
✓ Normal and peak downstream power load
✓ Pole or wall mounting arrangement
✓ Outdoor cable glands and weather sealing
✓ Grounding and surge protection scope
✓ SwOS configuration and VLAN requirements
✓ Testing, documentation and handover needs
✓ Current UAE lead time and warranty guidance
FourTeck consultation and sizing
FourTeck can help translate a field requirement into a procurement-ready bill of materials. The review can cover the GPERx6 quantity, compatible optics, input power approach, downstream device loads, mounting hardware, cable accessories, configuration tasks and installation coordination.
For an accurate discussion, share a simple topology, cable distances, endpoint model numbers, expected bandwidth, power source and site photographs where available. Configuration, installation and testing should be listed explicitly in the quotation when required.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability, quantity options and vendor lead time for the MikroTik GPERx6. Availability can vary according to demand, shipment schedule and the exact accessories included in the request.
A complete quotation may include SFP+ modules, patch leads, outdoor fiber accessories, power equipment, surge protection, mounting items, configuration and site services. Delivery and project coordination can be discussed once the destination, quantity and technical scope are known.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate MikroTik GPERx6 requirements for organisations operating across Dubai, Abu Dhabi, Sharjah and Ajman. The assistance can begin with model confirmation and a review of the intended field node, then move to quotation preparation, accessory selection and planning for delivery or implementation services.
Regional projects may involve different site conditions even when the same product is used. One location may need pole mounting and long-range single-mode fiber, while another may require wall mounting, short optical links and several powered devices. Share each site’s distance, power source, endpoint list and service expectation so the quotation can distinguish common components from location-specific items. Current availability, delivery coordination and installation timing should be confirmed after the final bill of materials is approved.
GCC Availability
FourTeck can assist businesses evaluating the MikroTik GPERx6 for projects in GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. Regional support can include requirement review, product and accessory selection, quotation coordination, power-budget checks, configuration scope and installation planning. For cross-border or multi-site deployments, it is useful to standardise the field-node design while documenting any local differences in power, cabling, mounting and service access.
Product availability, optical modules, delivery schedules, service visits and vendor lead times can vary by destination, quantity and project scope. Buyers should share the destination country, required quantity, preferred deployment schedule, fiber specifications, downstream equipment and any installation expectations. FourTeck can then provide guidance based on the stated requirement. No assumption should be made about local stock, customs handling, fixed delivery dates or country-specific approvals until these items are reviewed and confirmed in the quotation. For Kuwait-related coordination, visit FourTeck Kuwait technology support.
Africa Availability
Organisations planning outdoor fiber, surveillance or IoT infrastructure in Africa can contact FourTeck for product evaluation and regional procurement guidance. The GPERx6 may be relevant where a distant field point needs fiber connectivity together with PoE or DC power distribution. FourTeck can help review the exact switch model, SFP+ optics, cable distance, voltage plan, accessories, configuration needs and support expectations before a quotation is prepared.
Availability and fulfilment may depend on the destination, quantity, license or product region, power standards, shipping arrangements, vendor lead time and local installation conditions. Buyers should provide the destination country, deployment environment, required quantity, preferred schedule and any on-site service expectations. For East African enquiries, FourTeck resources include technology procurement support in Kenya and FourTeck Uganda project coordination. Broader enquiries can be directed through FourTeck Africa. Local inventory, immediate shipment, customs outcomes and country-wide on-site coverage should not be assumed without written confirmation.
Related products, services and alternatives
10G SFP+ transceivers
Select optics according to fiber type, wavelength, connector and distance. Compatibility should be checked against the exact module.
Outdoor fiber accessories
Patch leads, splice closures, glands, hybrid cable and termination components may be required to complete the field installation.
Power and surge protection
The correct input source, conductor size, grounding and protection devices should be selected from the complete load calculation.
MikroTik outdoor switches
Nearby MikroTik models may suit projects needing a different mix of Ethernet, PoE or fiber ports. They should be compared by exact specifications rather than assumed equivalent.
Installation and configuration
FourTeck can discuss switch setup, VLANs, field mounting, fiber testing, documentation and handover as separately defined services.
Why businesses contact FourTeck
The difficult part of an outdoor network project is rarely choosing one product name. Buyers need confidence that the switch, optics, power source, cable, endpoint devices and site work will function together. FourTeck can help clarify the requirement and prepare a more complete procurement scope.
Assistance may include model confirmation, bill-of-material review, compatibility questions, power-planning inputs, quotation coordination, configuration scope, installation planning and support coordination. This is particularly useful when several departments are involved, such as IT, facilities, security, procurement and an external cabling contractor.
To begin, provide the project location, number of field nodes, distance to each node, equipment connected at each point, power source and desired timeline. Contact details are available on the FourTeck Dubai enquiry page, with company information on the FourTeck profile page.
Frequently asked questions
Is the MikroTik GPERx6 a router?
No. It is a managed Layer 2 switch running SwOS. Routing, firewall, VPN and other Layer 3 services should normally be provided by an upstream router or security appliance.
How many 10G ports does it have?
The GPERx6 has three SFP+ cages supporting 10G fiber connectivity. SFP+ modules are selected separately according to the required fiber type and distance.
Can it power standard PoE cameras?
It provides passive PoE-out on Ether2 and Ether3. The exact camera must accept the delivered voltage and passive PoE method. Compatibility should be verified from the camera specification before connection.
Does the GPERx6 include SFP+ modules?
SFP+ transceivers should be treated as separate items unless the quotation explicitly lists them. The correct modules depend on fiber type, connector, wavelength and link distance.
Can it be mounted outdoors without another cabinet?
The device has an IP66 enclosure and is designed for wall or pole mounting. Correct orientation, cable sealing, grounding, surge protection and installation practice remain necessary.
What power input options are available?
It supports 802.3bt PoE input at 42–57 V and a two-pin DC input at 12–57 V. The selected source must supply enough power for the switch and all connected loads.
Is the GPERx6 suitable for long-distance hybrid cable deployments?
Yes, this is a primary use case, but the actual distance depends on the optical link, copper conductor size, voltage drop, power demand and installation conditions. A system calculation is required.
What information is needed for a Dubai quotation?
Provide quantity, deployment locations, cable distances, fiber specifications, endpoint model numbers, power source, mounting method, configuration requirements and required project timeline.
Can FourTeck assist with configuration and installation?
FourTeck can discuss configuration, installation, testing and documentation as part of the project scope. These services should be defined and included in the quotation where required.
Build the right GPERx6 deployment package
Share the field distance, fiber design, connected devices, power source, quantity and service requirements. FourTeck can help prepare a quotation that covers the switch and the supporting components needed for a practical UAE deployment.
