Outdoor PoE distribution and network extension
MikroTik GPeRx4 in Dubai, UAE
The MikroTik GPeRx4, product code GPER14i, is built for network designs that need one high-power PoE feed to serve several outdoor endpoints. It combines four Gigabit Ethernet ports, three 802.3af/at PoE outputs, an IP68 enclosure and basic SwOS Lite visibility in a compact device intended for demanding field installations.
Before you request pricing
Share the upstream PoE source, downstream device wattage, cable distances, mounting location, quantity and installation expectations. These details determine whether the proposed design has enough power headroom.
GPER14i
4 × 10/100/1000 Mbps
3 × 802.3af/at
IP68 enclosure
SwOS Lite web interface
Direct answer: what is the MikroTik GPeRx4?
The MikroTik GPeRx4 is an outdoor-ready Gigabit Ethernet and PoE distribution device. It accepts power through an 802.3bt PoE input or a 24–57 V two-pin terminal and provides three Gigabit Ethernet ports with 802.3af/at PoE output. It is mainly used where several cameras, access points or other PoE devices must be installed around one remote outdoor point. Businesses should consider it when a conventional indoor switch is unsuitable or when a single high-power PoE feed can simplify cabling. Before proceeding, confirm the upstream power budget, voltage, total downstream load, cable quality, grounding, port isolation behaviour and the environmental conditions at the installation site.
What it does
The GPeRx4 takes one network uplink and distributes connectivity and power to three downstream PoE endpoints. This can reduce the need for separate electrical outlets or a larger weatherproof cabinet at a remote pole, gate, rooftop, warehouse perimeter or campus edge. It also allows basic monitoring and control through SwOS Lite.
The device is not a full-featured RouterOS switch. Its downstream ports are isolated and communicate with the first port rather than with each other. That behaviour can be useful where each endpoint should remain separated, but it must be understood during design.
Who it suits
The product may suit CCTV installers, wireless network contractors, industrial sites, hospitality properties, schools, warehouses, compounds, service providers and facilities teams that need compact outdoor PoE distribution. It is especially relevant when three nearby devices can share one high-power upstream connection.
It may be less suitable when local port-to-port switching is required, when more than three powered endpoints are needed, when Layer 3 routing is expected or when the available upstream source cannot deliver the required voltage and wattage.
Business challenges the GPeRx4 can help address
Too many separate power runs
Outdoor cameras and access points often require both data cabling and local electrical power. A suitable high-power PoE source feeding the GPeRx4 can consolidate part of that infrastructure and reduce the number of local adapters, provided the total power budget is calculated correctly.
Harsh installation locations
Remote network equipment may be exposed to water, dust, sand and temperature variation. The IP68 enclosure and tested ambient range support outdoor deployment, while correct cable sealing, grounding and mounting remain essential to preserve protection.
Limited visibility at the edge
Unmanaged splitters provide little operational information. SwOS Lite adds web-based interface monitoring, VLAN support, traffic shaping, SNMP reporting and GPEN link fault detection, giving administrators a basic view of the remote node.
Space constraints
A full outdoor switch cabinet may be excessive when only three endpoints are required. The GPeRx4 offers a narrow, pole-mountable form factor that can fit distributed installations where space, cabling and enclosure complexity must be controlled.
Core capabilities at a glance
One high-power input can support three standard PoE output ports when the source and connected loads remain within the permitted power envelope.
All four Ethernet interfaces support 10/100/1000 Mbps operation, making the device suitable for many modern cameras and access points.
The unit can receive power through 802.3bt PoE on Ether1 or through a 24–57 V two-pin terminal for project-specific designs.
Its IP68-rated housing and broad tested temperature range support exposed installations when installed according to the manual.
SwOS Lite provides browser-based status, VLAN settings, traffic shaping, SNMP reporting and selected diagnostic functions.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Three outdoor PoE endpoints | Cameras or access points can share one uplink location | Each device power class and combined wattage |
| One high-power source | An 802.3bt source delivers 48–57 V and enough power | Source output, cable loss and safety margin |
| Alternative DC supply | A planned 24–57 V DC feed is available | Polarity, conductor size, protection and compliance |
| Outdoor mounting | Pole or wall mounting is required in exposed conditions | Sealing, grounding, drainage and access for maintenance |
| Port separation | Downstream endpoints only need to communicate through Ether1 | Whether local endpoint-to-endpoint traffic is needed |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | GPeRx4 |
| Product code | GPER14i |
| Product type | Outdoor Gigabit Ethernet extender and PoE distribution device |
| Ethernet ports | 4 × 10/100/1000 Mbps |
| PoE input | Ether1, IEEE 802.3bt, 48–57 V |
| PoE output | Ether2–Ether4, IEEE 802.3af/at |
| Alternative power input | 2-pin terminal, 24–57 V |
| Maximum total PoE output current | 2.0 A |
| Maximum power consumption | 115 W with attachments; 4 W without attachments |
| Operating system | SwOS Lite |
| CPU frequency | 200 MHz |
| Switch chip | Marvell 88E6341 |
| Enclosure rating | IP68 |
| Tested ambient temperature | -40°C to +70°C |
| Dimensions | Approximately 281 × 76 × 70 mm; official documents may show minor rounding differences |
| Included mounting item | Hose clamp / mounting hardware according to package revision |
| Certifications listed by manufacturer | CE, EAC and RoHS |
| Availability | Contact FourTeck for current UAE options, quantity and vendor lead time |
Power, compatibility and design dependencies
The most important design task is not simply checking that the GPeRx4 supports PoE. The complete power path must be calculated. The upstream port, injector or power supply must provide enough voltage and wattage for the GPeRx4 itself, every downstream device and cable losses. A nominal 90 W source does not mean that the same amount will always reach the endpoint after conversion and line loss. Cable length, conductor quality, ambient temperature, connector condition and device startup current can all affect the result.
Each downstream port supports 802.3af/at, and the official maximum current values vary with input voltage. Confirm that cameras, radios or access points use standards-based PoE and fall within the available per-port and total limits. Devices requiring passive PoE, unusual polarity or voltage outside the supported range should not be assumed compatible.
The downstream ports are isolated and only communicate with Ether1. This is a deliberate operating characteristic, not a fault. It supports hub-and-spoke endpoint separation but means the product should not be selected when local switching between Ether2, Ether3 and Ether4 is required. VLAN design, monitoring expectations and upstream switch configuration should be reviewed before deployment.
Outdoor protection depends on correct installation. Cable seals must be seated properly, the enclosure must be closed correctly, grounding must meet local standards and cable routes should avoid water entry and mechanical strain. A qualified installer should assess surge protection, lightning exposure and earthing for the specific site.
A practical purchase and deployment journey
Map the endpoints
List every downstream device, its location, Ethernet speed, PoE standard, maximum power draw and expected cable distance. This prevents a quotation based only on device count.
Validate the upstream source
Confirm whether Ether1 will be powered by an 802.3bt switch or injector, or whether the two-pin terminal will be used. Review voltage, available wattage and cable losses.
Confirm network behaviour
Decide how VLANs, monitoring and endpoint isolation will be handled. Verify that downstream devices do not need direct communication with one another through the GPeRx4.
Plan mounting and protection
Select the pole or wall position, cable entry route, grounding point, surge protection approach and safe service access. Environmental protection depends on installation quality.
Test before handover
Check link speed, PoE status, voltage stability, endpoint startup, VLAN operation, monitoring and enclosure sealing under realistic load before the installation is accepted.
Power distribution without a larger outdoor switch
A remote cluster of three devices often creates an awkward design choice. An installer can run three independent cables from a central switch, provide local AC power and adapters, or place a conventional switch in a protected cabinet. Each option adds cost, space, maintenance and possible failure points. The GPeRx4 offers another approach: deliver one high-power PoE uplink to the remote point and distribute standards-based PoE from there.
This can be attractive for a gatehouse with several cameras, a pole carrying an access point and two cameras, a warehouse yard with adjacent surveillance devices or a campus edge where nearby endpoints share one route back to the network. The value comes from simplifying the topology, not from creating unlimited power. The design remains bounded by the 802.3bt input, the supported output standards, current limits and the quality of the cable path.
A useful engineering practice is to calculate normal draw, startup draw and a safety margin rather than using only the headline wattage of the source. Some cameras consume more power when infrared illumination, heaters or motorised functions activate. Wireless access points may also draw more under load or during boot. A design that works on a workbench can become unstable when all endpoint features are active. FourTeck can help review the proposed bill of materials and identify where additional power headroom or a different topology may be appropriate.
Outdoor resilience and installation discipline
The IP68 rating is a major reason buyers consider the GPeRx4, but an enclosure rating should never be treated as a substitute for installation discipline. Outdoor reliability depends on the complete assembly: cable glands, connector seating, enclosure closure, mounting orientation, earthing, surge protection, cable support and the physical environment around the unit.
In Dubai and other Gulf environments, installers may need to consider heat, direct solar exposure, airborne dust, sand, humidity near coastal areas and large temperature differences between day and night. The manufacturer lists a tested ambient range of -40°C to +70°C, yet the final site should still be assessed for radiant heat, ventilation and proximity to hot surfaces. Shaded mounting can reduce thermal stress, while careful cable routing can reduce strain on seals and connectors.
Grounding is particularly important in exposed network deployments. The product manual instructs installers to connect the grounding point according to applicable standards. Surge exposure varies greatly between a sheltered wall, a rooftop mast and an isolated pole in an open yard. The appropriate surge protection and earth arrangement should be determined by a qualified person familiar with the site and local electrical requirements.
Maintenance access also matters. The unit should be reachable for inspection without unsafe work, and its enclosure should not be opened unnecessarily in dusty or wet conditions. Labels for upstream and downstream cables can simplify troubleshooting. Photographs, port assignments, voltage readings and the SwOS Lite configuration should be included in project documentation where the device is part of a managed business network.
SwOS Lite visibility for remote endpoints
The GPeRx4 is more than a passive cable splitter. It uses SwOS Lite to provide a browser-based management interface with interface monitoring, VLAN support, traffic shaping, SNMP reporting and GPEN link fault detection. These functions can help an administrator understand whether links are active, organise traffic and include the remote node in an operational monitoring process.
The management scope is intentionally limited compared with MikroTik RouterOS products. Buyers should not expect routing, advanced firewalling, VPN termination or the broad feature set of a managed enterprise switch. The GPeRx4 is best viewed as a specialised edge distribution device with selected management functions. This distinction keeps expectations realistic and helps determine whether an additional upstream router or switch is needed.
Initial configuration should include changing the default password, assigning an appropriate management address and confirming how the unit will be reached securely from the administration network. Where SNMP is used, community or authentication settings should follow the organisation’s security policy. Management access should not be exposed directly to the public internet.
VLAN planning must account for the isolated downstream port behaviour. The administrator should test the exact combination of upstream tagging, endpoint configuration and monitoring required by the project. A short pre-deployment test with the intended cameras or access points can reveal compatibility or power issues before equipment is mounted in a difficult location.
Ideal business environments and use cases
Perimeter surveillance
A pole or boundary point may host several cameras that can share one upstream route. The GPeRx4 can distribute PoE while keeping the hardware footprint compact.
Outdoor wireless coverage
An access point may be installed alongside cameras or a small radio device. Power calculations must include the access point’s peak consumption and any environmental features.
Campus and education sites
Distributed buildings, walkways and gates can require small outdoor endpoint clusters where a full cabinet is not justified.
Warehouses and yards
Large logistics areas often need cameras and wireless links at distant structures. The device can support a clean hub-and-spoke connection at selected remote points.
Hospitality and property management
Resorts, compounds and managed properties may use it for outdoor security or connectivity equipment where appearance and enclosure size matter.
Service-provider edge points
Providers can use the device in selected last-mile or outdoor distribution scenarios, subject to the required topology, monitoring and power design.
Integration and operational considerations
The GPeRx4 sits between an upstream network and up to three powered endpoints, so it affects both the physical and logical design. The upstream switch port should be configured for the required VLANs, monitoring and bandwidth policy. Endpoint addressing, camera recording paths and wireless management traffic should be documented before deployment.
Cable quality deserves special attention. Although Gigabit Ethernet is designed for standard structured cabling distances, real outdoor installations can be affected by cable category, conductor material, termination quality, temperature and electromagnetic exposure. Copper-clad aluminium cable should be avoided for critical PoE runs because its higher resistance can increase voltage loss and heat. Use suitable outdoor-rated cable and connectors, and follow the manufacturer’s guidance for Cat5/6 cabling.
PoE troubleshooting should begin with measurement rather than assumption. Check source voltage, negotiated power class, current draw, cable length and endpoint behaviour. An endpoint that repeatedly restarts may indicate insufficient power margin, cable loss or a compatibility issue rather than a faulty GPeRx4. Testing one endpoint at a time and then under full load can help isolate the cause.
Operational teams should know that LEDs are visible with the enclosure open, so remote monitoring through SwOS Lite or the upstream system may be more practical than regular physical inspection. Monitoring thresholds and alerts should reflect the importance of the connected devices. A remote pole serving critical cameras may require different support and redundancy planning from a low-priority access point.
Buyer questions to resolve before ordering
Identify the exact 802.3bt switch or injector, its voltage and its available wattage on the selected port.
Provide normal and maximum consumption for each camera, radio or access point, including heaters, infrared LEDs and motors.
The three output ports are isolated, so confirm that all traffic can pass through the first port.
Share the length and type of every copper run so voltage drop and Ethernet design can be reviewed.
Consider sun, dust, water, lightning, vibration, access restrictions and safe working conditions.
Confirm VLAN, SNMP, traffic shaping, IP addressing and security requirements for SwOS Lite.
Procurement checklist
☐ Exact model GPeRx4 / product code GPER14i
☐ Required quantity and spare-unit policy
☐ Upstream PoE source model and port capacity
☐ Input voltage and total available wattage
☐ Downstream endpoint models and maximum draw
☐ Cable type, distance and outdoor rating
☐ Need for VLANs, SNMP and traffic shaping
☐ Confirmation of isolated downstream port behaviour
☐ Pole or wall mounting location
☐ Grounding and surge-protection plan
☐ Installation, testing and documentation scope
☐ UAE delivery location and access restrictions
☐ Warranty terms to be confirmed in quotation
☐ Vendor lead time and required project date
How FourTeck can assist
FourTeck can help buyers turn a simple product request into a workable deployment specification. For the MikroTik GPeRx4, this may include confirming the exact model, reviewing the upstream PoE source, checking endpoint power requirements, discussing cable distances, identifying mounting and grounding considerations, and defining whether configuration or installation support should be included in the quotation.
A clear request should contain the quantity, destination, project deadline, connected device models and the proposed power source. Where the design is not yet final, FourTeck can discuss alternative MikroTik products, injectors, switches or outdoor network approaches. Compatibility and performance should be validated against the complete design rather than assumed from brand names alone.
For broader infrastructure planning, buyers can review FourTeck technology products, explore installation and configuration services, or contact the Dubai team with a bill of materials or site requirement.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik GPeRx4. Availability may depend on quantity, vendor lead time, regional supply and the required project schedule. A quotation should clearly identify the product code, included accessories, warranty terms and any separate installation or configuration services.
Delivery and project coordination can be discussed after the exact requirement is confirmed. For business installations, it is useful to include the endpoint list, power design, site location and preferred completion window in the initial enquiry. This allows product supply and technical services to be scoped separately and reduces the risk of ordering hardware before the physical design has been validated.
FourTeck can coordinate enquiries for Dubai, Abu Dhabi, Sharjah and Ajman through one combined requirement review. Site conditions, access procedures and installation scope vary, so on-site work, travel, testing and documentation should be confirmed in the quotation rather than assumed to be included with product supply.
GCC Availability
Businesses planning MikroTik GPeRx4 deployments across the GCC can contact FourTeck for requirement review, model confirmation, quotation coordination and delivery planning. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may have different supply routes, lead times, import requirements and service conditions. The buyer should provide the destination country, quantity, upstream PoE source, connected device models, preferred deployment schedule and any request for configuration or installation assistance. FourTeck can help clarify whether the GPeRx4 is suitable for the proposed outdoor topology and whether related switches, injectors, surge protection or mounting accessories should be evaluated. Product availability, licensing where applicable, delivery schedules, service visits and vendor lead times can vary by country and quantity. No local stock position, customs outcome or installation date should be assumed until it is stated in a current quotation. For Kuwait-specific enquiries, buyers may also review FourTeck Kuwait technology support.
Africa Availability
FourTeck can assist organisations evaluating the MikroTik GPeRx4 for selected African projects, including distributed surveillance, wireless connectivity and outdoor network extension. Buyers should share the destination country, required quantity, power-source design, endpoint models, site environment and support expectations. Fulfilment can depend on product availability, shipping arrangements, vendor lead time, regional power practices, regulatory requirements and local project conditions. In East Africa and other regions, the suitability of the GPeRx4 should be assessed against cable distances, grounding, surge exposure and the availability of qualified installation resources. FourTeck can discuss product selection, related accessories, configuration scope and procurement planning without assuming immediate shipment or country-wide on-site coverage. For regional enquiries, visit FourTeck Africa, FourTeck Kenya or FourTeck Uganda.
Related products and services to consider
802.3bt PoE source
A suitable high-power switch port or injector is essential. Selection depends on total load, voltage, cable length and the number of GPeRx4 units.
Outdoor surge protection
Surge and grounding requirements should be assessed for exposed copper links, especially on poles, rooftops and open perimeters.
MikroTik GPeR
The two-port GPeR may suit long Ethernet extension scenarios where PoE fan-out to three endpoints is not required.
Outdoor managed switches
A conventional switch may be more suitable when local port-to-port communication, additional ports or broader management features are needed.
Installation and testing
Professional mounting, cable termination, grounding, configuration and load testing can be included as a separate project scope.
Network design consultation
FourTeck can review whether a PoE extender, outdoor switch, fibre link or hybrid design is the better fit for the site.
Why businesses contact FourTeck
Business buyers often need more than a part number. They need confidence that the selected device fits the power design, topology, environment and support plan. FourTeck can help clarify requirements, confirm the product code, discuss compatible upstream equipment, review endpoint loads and coordinate a quotation that separates hardware, accessories and professional services.
This practical approach is valuable where outdoor networking intersects with CCTV, wireless access, property infrastructure or service-provider design. It helps avoid common procurement issues such as ordering an insufficient PoE source, overlooking cable losses, expecting local switching between isolated ports or assuming mounting and surge protection are included. Learn more about FourTeck or submit a detailed requirement through the business technology contact page.
Frequently asked questions
What is the MikroTik GPeRx4 used for?
It is used to distribute one high-power PoE network connection to three Gigabit Ethernet endpoints with 802.3af/at PoE, particularly in outdoor installations.
Is the GPeRx4 a normal four-port switch?
No. The downstream ports are isolated and communicate through the first port. It should be evaluated as an extender and PoE distribution device rather than a conventional access switch.
How is the GPeRx4 powered?
It supports 802.3bt PoE input on Ether1 at 48–57 V and an alternative 24–57 V two-pin terminal input.
How many PoE devices can it power?
It provides three 802.3af/at PoE output ports. Actual suitability depends on each endpoint’s power demand and the total upstream power available.
Can it be installed outdoors in Dubai?
The product has an IP68-rated enclosure and is intended for outdoor use. Correct sealing, grounding, cable selection, sun exposure and surge protection must still be addressed.
Does it support VLANs and monitoring?
SwOS Lite provides VLAN support, interface monitoring, traffic shaping, SNMP reporting and selected fault-detection functions.
Does the package include a power supply?
A power supply should not be assumed. Confirm the current package contents and the required 802.3bt source or DC supply in the quotation.
What information is needed for a quote?
Provide quantity, delivery location, upstream PoE source, endpoint models, cable distances, installation environment and any configuration or mounting requirement.
Is installation available?
Installation, grounding, configuration and testing can be discussed as a separate scope. Site access and project requirements must be reviewed before confirmation.
How can I confirm UAE availability?
Contact FourTeck with the exact product code GPER14i, required quantity and preferred schedule. Availability and lead time will be confirmed against the current requirement.
Plan the GPeRx4 around your real PoE load
Send FourTeck the endpoint list, cable distances, upstream power source and installation location for a practical product and project quotation.
