GPeR

MikroTik GPeR Price in Kenya – Gigabit Passive Ethernet Repeater for Long-Distance EthernetMikroTik GPeR Price in Kenya

The MikroTik GPeR, short for Gigabit Passive Ethernet Repeater, is a compact Ethernet extension device designed to increase the distance of Gigabit Ethernet links beyond the normal limit of a single copper cable segment. MikroTik states that one GPeR can add roughly 100–150 metres when connecting to regular network equipment and up to around 210 metres when connecting to another GPeR, with multiple repeaters allowing a total link length of up to approximately 1,500 metres in suitable installations.

The GPeR is particularly valuable for ISPs, apartment networks, estates, schools, farms, hotels, industrial sites, CCTV networks and campus infrastructure where Ethernet must travel considerably farther than a conventional 100-metre link. Instead of immediately converting a long run to fiber, installers can use strategically placed GPeR units to regenerate Gigabit Ethernet while allowing PoE power to continue along the network.

The device accepts passive PoE or IEEE 802.3af/at power in the 24–57V range, uses two Gigabit Ethernet ports, and consumes up to approximately 2W itself. It can also pass power toward downstream compatible devices, making it useful within MikroTik's wider GPEN architecture.

For outdoor installations, the GPeR itself is not weatherproof and has an IPX0 rating, but MikroTik sells a dedicated GPeR IP67 Case, which current testing actually rates to IP68. This allows the repeater to be protected when installed on walls, poles, underground infrastructure or exposed outdoor locations.

For genuine MikroTik GPeR repeaters, GPEN equipment, PoE accessories and professional network-design assistance, customers can source suitable equipment through Mikrotik Kenya.

MikroTik GPeR SpecificationsSpecificationDetailsProduct CodeGPeRFull NameGigabit Passive Ethernet RepeaterProduct CategoryEthernet Repeater / ExtenderEthernet Ports2 × Gigabit EthernetMaximum Ethernet Speed1 GbpsPoE InputPassive PoE or IEEE 802.3af/atInput Voltage24–57V DCPoE PassthroughYesPower ConsumptionUp to approx. 2WTypical Distance to Regular DeviceApprox. 100–150 mMaximum Distance Between GPeRsUp to approx. 210 mMaximum Multi-GPeR LinkUp to approx. 1,500 mOutdoor RatingIPX0 without enclosureOutdoor CaseGPeR IP67 Case availableDedicated Case RatingIP68 in current MikroTik testingEthernet Cable RecommendationCat5/Cat6Management SoftwareNoneRouterOS RequiredNoInstallation TypeInline Ethernet repeaterBest ForLong Ethernet runs, GPEN, ISP and CCTV deployments

MikroTik's official manual confirms two Gigabit Ethernet ports, 24–57V PoE input and a maximum power draw of approximately 2W.

What Is the MikroTik GPeR?

The GPeR is designed to regenerate and extend an Ethernet connection, allowing a network cable run to continue beyond the normal distance expected from one copper Ethernet segment.

A simple deployment could look like:

Router/Switch → Ethernet Cable → GPeR → Ethernet Cable → Remote Device

For even longer distances:

Switch → GPeR → GPeR → GPeR → Remote Device

ComponentFunctionRouter/SwitchProvides Ethernet connectionPoE SourcePowers the linkGPeRRegenerates Gigabit EthernetEthernet CableCarries data and powerAdditional GPeRExtends the link furtherRemote DeviceReceives network connectivityKey Features of the MikroTik GPeR

1. Extends Ethernet Beyond Standard Distance

A normal copper Ethernet link is generally designed around a maximum structured-cabling distance of approximately 100 metres. The GPeR allows the installer to add another powered Ethernet segment without installing a full switch at every intermediate point.

Link TypeApproximate DistanceGPeR to Regular Network Device100–150 mGPeR to Another GPeRUp to 210 mMultiple GPeR ChainUp to approx. 1,500 m

MikroTik notes that actual distance depends on cable quality and installation conditions.

This can be highly useful for large compounds, campuses, warehouses and outdoor CCTV infrastructure.

2. Gigabit Ethernet Performance

The GPeR uses two Gigabit Ethernet ports, allowing modern broadband and LAN traffic to continue without intentionally limiting the link to 100 Mbps.

Ethernet CapabilityGPeREthernet Ports2Gigabit EthernetYesMaximum Nominal Port Speed1 GbpsInline RepeatingYesMulti-Hop DeploymentYes

This makes the GPeR suitable for applications such as:

• High-resolution CCTV

• Wireless backhaul

• Office internet

• Apartment broadband

• Campus connectivity

• Enterprise networking

3. Passive PoE and 802.3af/at Power Input

MikroTik's current manual specifies that the Ethernet interface can accept passive PoE or IEEE 802.3af/at in the 24–57V DC range.

Power FeatureSpecificationPassive PoE InputSupported802.3afSupported802.3atSupportedInput Voltage24–57VMaximum Device ConsumptionApprox. 2WPoE PassthroughYes

This broad input flexibility allows the GPeR to work in different MikroTik and standards-based PoE infrastructures.

4. PoE Passthrough

The GPeR can forward PoE power toward downstream equipment or the next repeater.

This creates a powerful network design option:

One PoE source can power multiple GPeR units along the same Ethernet path, provided voltage drop, cable resistance and the total power budget remain within supported limits.

PoE FunctionBenefitPoE InputPowers GPeRPower PassthroughPowers next segmentMultiple RepeatersPossibleRemote Device PowerPossible if compatibleNo AC Outlet at Each HopSimplifies deployment5. Adjustable PoE-Out Using Jumpers

The GPeR includes internal jumper options allowing the installer to disable PoE passthrough when the destination equipment should not receive PoE.

Jumper ConfigurationResultJumpers InstalledPoE passthrough activePoE-Out Jumpers RemovedDownstream PoE disabledAll Four Jumpers ConnectedDevice can work in both directions

MikroTik notes an important limitation: disabling PoE passthrough this way only works when the GPeR itself is powered from a passive PoE source; an 802.3af/at switch may not be able to power the GPeR in that configuration.

6. Works in Either Direction

When the jumpers are configured appropriately, the GPeR can operate in either cable direction.

This simplifies installation because technicians do not necessarily need to treat the physical enclosure as having a permanently fixed network direction in every deployment.

MikroTik GPeR Distance TableDeployment ScenarioApproximate Supported DistanceStandard Ethernet Without RepeaterAround 100 mGPeR to Standard Device<100–150 mGPeR to GPeRUp to 210 mMulti-GPeR LinkUp to 1,500 mLonger Special ConfigurationsDepends on powering/cabling design

MikroTik's public product specification advertises multi-hop links of up to approximately 1.5 km.

Cable Quality and Distance

Cable quality has a significant effect on both Ethernet reliability and PoE voltage drop.

Cable FactorImpactPure Copper ConductorsBetter PoE performanceCat5e/Cat6RecommendedCable ResistanceAffects available voltageCable LengthAffects power and signal marginConnectorsPoor termination causes faultsCCA CableHigher resistance; generally less desirable

MikroTik explicitly recommends Cat5/6 Ethernet cabling for the GPeR.

For longer multi-hop links, using quality pure-copper cable becomes increasingly important.

MikroTik GPeR in the GPEN Ecosystem

The GPeR forms part of MikroTik's GPEN – Gigabit Passive Ethernet Network concept. This ecosystem aims to provide a practical Ethernet-based alternative for certain ISP last-mile and apartment-network deployments.

GPEN ProductFunctionGPEN11Subscriber-side PoE injectorGPEN21Managed GPEN endpointGPeREthernet distance extensionnetPower Lite 7RReverse-powered distribution switchGPEN Power SuppliesLong-run network powering

A typical GPEN topology might therefore use:

GPEN11 → GPeR → GPeR → netPower → ISP uplink

MikroTik GPeR vs Normal Ethernet ExtenderFeatureMikroTik GPeRTypical Ethernet ExtenderGigabit EthernetYesModel dependentPoE InputYesModel dependentPoE PassthroughYesOften NoMulti-Hop ChainingYesModel dependentGPEN IntegrationYesNoCompact DesignYesYesSoftware ConfigurationNoneVariesLong-Run ISP UseExcellentDepends on modelMikroTik GPeR vs Network SwitchFeatureGPeRNetwork SwitchMain PurposeExtend EthernetConnect multiple devicesEthernet Ports2Usually 5+PoE PassthroughYesModel dependentPower ConsumptionVery lowHigherConfigurationNoneModel dependentMulti-Hop Cable ExtensionExcellentPossibleBranching NetworkNoYes

The GPeR is best where the objective is continuing one Ethernet path, while a switch is better when several devices need to connect at one location.

MikroTik GPeR vs GPEN11FeatureGPeRGPEN11Main PurposeEthernet repeaterPoE injectorGigabit EthernetYesYesExtends Cable DistanceYesNoPoE InputYesDC-powered injectorPoE PassthroughYesPoE outputSubscriber Wall MountNoYesGPEN IntegrationYesYes

The GPEN11 commonly provides power into the GPEN link, while GPeR units extend the distance.

MikroTik GPeR vs GPEN21FeatureGPeRGPEN21Gigabit EthernetYesYesEthernet RepeatingYesYesManagementNoYesSFP PortNoYesVLANsNoYesSNMPNoYesPoE FunctionPassthroughSmart injectorMain PurposeDistance extensionManaged endpointMikroTik GPeR vs FiberConsiderationGPeR EthernetFiberCablingCopper EthernetOptical fiberPower PassthroughYesNo through fiberEMI ImmunityLowerExcellentVery Long DistanceLimitedExcellentInstallation CostCan be lowerCan be higherExisting Ethernet ReuseExcellentNoLightning IsolationLowerBetterMulti-Hop MaintenanceMore active pointsFewer powered intermediates

For very long distances, electrically noisy environments or high-capacity backbone links, fiber is often the better technical solution.

GPeR is attractive where Gigabit Ethernet and PoE need to travel together and copper infrastructure is practical.

GPeR IP67 Outdoor Case

The GPeR itself has an IPX0 rating and MikroTik specifies it for indoor use unless placed inside a suitable weatherproof enclosure. (MikroTik Help)

MikroTik therefore offers the dedicated GPeR IP67 Case.

Outdoor Case SpecificationDetailsProductGPeR IP67 CaseOfficial Product NameGPeR-IP67-CaseActual Current IP Test RatingIP68Dust ProtectionYesWater Immersion ProtectionYesWall MountingYesPole MountingYesSuggested PriceUS$7

Although the product name retains “IP67,” MikroTik states that later testing demonstrated an IP68 rating.

Outdoor Applications

With the correct enclosure, the GPeR can be used for networks installed in:

• Farms

• Mines

• Caves

• Maintenance shafts

• CCTV poles

• Gatehouses

• Outdoor estates

• Industrial sites

• Campus pathways

MikroTik specifically mentions mines, caves, maintenance shafts and outdoor use in relation to the dedicated protective case.

MikroTik GPeR Applications in Kenya

Apartment Internet Distribution

The GPeR can extend Ethernet across large apartment buildings with multiple floors and sections.

A provider might deploy:

Customer GPEN11 → GPeR → GPeR → netPower → ISP uplink

This allows long Ethernet paths without requiring conventional powered switches at every intermediate location.

Estate Internet Networks

Large residential estates can use GPeR repeaters to extend Ethernet toward:

• Security gates

• Clubhouses

• Remote houses

• CCTV points

• Wi-Fi hotspots

• Management offices

CCTV Networks

High-resolution cameras may be installed several hundred metres from the main network cabinet.

GPeR units can help extend Ethernet toward remote surveillance equipment while allowing compatible PoE power to continue through the link.

Schools and Universities

Campuses can use GPeR to connect:

• Classrooms

• Hostels

• Libraries

• Security posts

• Administration buildings

• Wi-Fi access points

For very long campus backbones, however, fiber should also be evaluated.

Farms and Agricultural Networks

Farms can deploy Ethernet toward:

• CCTV cameras

• Pump houses

• Gatehouses

• Wi-Fi access points

• IoT gateways

• Staff buildings

A weatherproof GPeR enclosure becomes particularly valuable in these environments.

Hotels and Resorts

Large resorts often include several detached buildings.

GPeR can help extend Ethernet to remote network devices where fiber may not be necessary or economical.

Industrial Networks

Warehouses, factories and compounds can use GPeR to extend Ethernet through long corridors and remote equipment areas.

Electrical noise and lightning risk should still be evaluated when deciding between copper and fiber.

Advantages of MikroTik GPeRAdvantageBenefitGigabit EthernetSupports modern networksExtended DistanceBeyond normal Ethernet limitUp to 210 m Between GPeRsFewer repeatersUp to 1.5 km Multi-HopUseful for large sitesPoE PassthroughPowers downstream units24–57V InputFlexible powering802.3af/at Input SupportWorks with common PoE infrastructureLow Power ConsumptionApprox. 2WCompact DesignEasy deploymentGPEN IntegrationSuitable for ISP networksImportant Limitations of the GPeR

The GPeR is useful, but it is not always the best choice.

LimitationConsiderationCopper-BasedSusceptible to electrical surgesPoE Voltage DropIncreases with distanceIPX0 DeviceNeeds enclosure outdoorsNo ManagementNo RouterOS/SwOS interfaceLinear ExtensionNot a multi-port distribution switchVery Long BackboneFiber may be preferableCable Quality DependentPoor cable reduces distancePowering the MikroTik GPeR

The GPeR does not use a conventional DC jack. Power arrives through Ethernet.

MikroTik specifies:

• Passive PoE input

• IEEE 802.3af/at input

• 24–57V DC

• Maximum consumption around 2W

A typical power source might be:

• PoE switch

• GPEN11

• GPEN21

• Compatible MikroTik injector

• Dedicated GPEN power supply

MikroTik GPEN Power Supplies

MikroTik offers higher-voltage power supplies specifically for long GPEN Ethernet runs, including:

ModelOutputMT48-480095-11DG48V, 0.95AMT48-570080-11DG57V, 0.8A

MikroTik positions both as GPEN power supplies for long Ethernet cable runs.

Using higher voltage can help compensate for voltage drop on longer PoE cable runs, provided all connected equipment supports the selected voltage.

Who Should Buy the MikroTik GPeR?

The GPeR is ideal for:

• Internet Service Providers

• WISPs

• CCTV installers

• Property developers

• Estate network operators

• Schools and universities

• Hotels and resorts

• Farms

• Industrial facilities

• Network integrators

• Enterprise IT teams

• GPEN installers

It is particularly valuable where Gigabit Ethernet needs to travel significantly beyond 100 metres while PoE must also continue through the same cabling.

Why Buy MikroTik GPeR from Mikrotik Kenya?

Genuine MikroTik GPEN Equipment

Using genuine GPeR units ensures predictable integration with the wider MikroTik GPEN ecosystem.

Long-Distance Network Design

Professional guidance can help determine:

• Number of GPeR units required

• Cable segment length

• PoE voltage

• Voltage drop

• Cable specification

• Final device power requirement

GPEN Network Planning

Mikrotik Kenya can assist with networks involving:

• GPeR

• GPEN11

• GPEN21

• netPower

• MikroTik PoE supplies

• SFP/fiber uplinks

Outdoor Deployment Assistance

Where the GPeR must be placed outdoors, customers can also select suitable weatherproof enclosures and network-protection equipment.

Frequently Asked Questions About MikroTik GPeR

What is the MikroTik GPeR?

The MikroTik GPeR is a Gigabit Passive Ethernet Repeater designed to extend Ethernet beyond the normal single-cable distance while supporting PoE powering and passthrough.

What does GPeR stand for?

GPeR means Gigabit Passive Ethernet Repeater. It is part of MikroTik's wider GPEN networking ecosystem.

What is the MikroTik GPeR price in Kenya?

The exact Kenya price varies according to stock, exchange rates, VAT and supplier. International listings currently place the GPeR around the US$29 manufacturer-price region, but customers should request the current Kenyan selling price before ordering.

How far can one GPeR extend Ethernet?

MikroTik specifies approximately 100–150 metres to ordinary network devices and up to approximately 210 metres between two GPeR units, depending on cable quality.

How far can multiple GPeR units extend a network?

MikroTik advertises multi-hop deployments reaching approximately 1,500 metres under suitable powering and cabling conditions.

Does the GPeR support Gigabit Ethernet?

Yes. It contains two Gigabit Ethernet ports.

Does the GPeR require power?

Yes. It is powered through Ethernet using PoE. Despite the word “Passive” in its product name, the repeater itself requires power to regenerate the Ethernet link.

What voltage does the GPeR support?

The current MikroTik manual specifies 24–57V DC PoE input.

Does GPeR support 802.3af and 802.3at?

Yes. MikroTik states that the Ethernet port accepts passive PoE or IEEE 802.3af/at.

How much power does the GPeR consume?

MikroTik specifies maximum consumption of approximately 2W.

Can PoE pass through the GPeR?

Yes. The device supports power passthrough toward compatible downstream equipment or another GPeR.

Can PoE-out be disabled?

Yes. MikroTik provides internal jumpers that allow downstream power passthrough to be disabled in suitable passive-PoE configurations.

Can the GPeR work in both directions?

Yes. With all four jumpers installed, MikroTik states that the GPeR can operate in either direction.

Does GPeR run RouterOS?

No. It does not run RouterOS.

Does GPeR have a management interface?

No. It does not have a conventional web-management or RouterOS interface. It is designed primarily for inline Ethernet extension.

Is GPeR a network switch?

Not in the normal multi-port distribution sense. It has two Ethernet ports and is designed primarily to regenerate traffic from one segment to the next.

Can GPeR replace fiber?

For some medium-distance Ethernet and PoE installations, yes. However, fiber remains preferable for many very long-distance, high-capacity, electrically noisy or lightning-prone environments.

Can I use GPeR for CCTV cameras?

Yes. The GPeR can help extend network connectivity toward remote surveillance equipment, provided the PoE and Ethernet design meets the requirements of the connected devices.

Can GPeR power a camera directly?

Potentially, if sufficient compatible PoE remains available after cable and repeater losses and the endpoint's power requirements are compatible. The full power budget should be calculated before deployment.

Can I chain several GPeR units together?

Yes. Chaining multiple GPeR units is one of the main purposes of the device.

Does cable quality affect GPeR distance?

Yes. MikroTik explicitly notes that achievable distances depend on cable quality. High-quality Cat5e/Cat6 pure-copper cable is strongly recommended.

What cable should I use?

MikroTik recommends Cat5/6 Ethernet cable. For long PoE links, pure-copper conductors are preferable because they reduce resistance and voltage drop.

Is the GPeR waterproof?

No. The GPeR itself is rated IPX0 and is intended for indoor/protected use.

Can I use GPeR outdoors?

Yes, but it should be placed in a suitable weatherproof enclosure. MikroTik offers the dedicated GPeR IP67 Case, which current MikroTik testing states actually achieves IP68 protection.

What is the GPeR IP67 Case?

It is a purpose-built outdoor enclosure for the GPeR. It can be mounted on walls or poles and provides protection against dust and water.

Can GPeR be installed underground?

MikroTik specifically promotes the protective enclosure for difficult locations such as mines, caves and maintenance shafts. Any underground installation should still follow proper cable, enclosure and drainage engineering.

Can GPeR be used in apartment internet networks?

Yes. GPeR is part of MikroTik's GPEN concept and is particularly useful for apartment and multi-building Ethernet distribution.

What is the difference between GPeR and GPEN11?

The GPeR extends Ethernet distance, while the GPEN11 injects PoE at the subscriber side. The products can be used together within a GPEN architecture.

What is the difference between GPeR and GPEN21?

The GPeR is an unmanaged inline repeater. GPEN21 is a managed network-edge device with Ethernet, SFP, VLAN, SNMP and other SwOS Lite functions.

Can the GPeR connect directly to a normal network switch?

Yes. MikroTik specifically gives distance figures for connections between a GPeR and regular network devices.

Does using multiple GPeRs reduce network speed?

A properly designed chain is intended to maintain Gigabit Ethernet connectivity, but real-world throughput, latency and reliability depend on cable quality, power delivery, the number of hops and endpoint equipment.

Is GPeR suitable for Kenyan ISPs?

Yes. It is particularly relevant to ISPs deploying apartment broadband, estate networks and copper last-mile infrastructure where Gigabit Ethernet and PoE need to cover longer distances.

Can GPeR be used on farms?

Yes. It is useful for extending Ethernet toward gatehouses, CCTV cameras, Wi-Fi access points and remote facilities. Outdoor units should be placed in appropriate weatherproof cases.

Where can I buy MikroTik GPeR in Kenya?

You can purchase MikroTik GPeR repeaters and obtain GPEN, PoE and long-distance Ethernet design assistance through Mikrotik Kenya.

MikroTik GPeR Video Guide

Watch the video: MikroTik GPeR Networking Guide

The MikroTik GPeR solves a practical limitation of copper Ethernet: a standard network cable cannot simply be extended indefinitely while maintaining reliable Gigabit communication. By regenerating the Ethernet link at intermediate points, the GPeR allows installers to add roughly 100–150 metres toward ordinary network devices and, under suitable conditions, up to approximately 210 metres between repeaters. Chaining multiple units allows considerably longer network paths without installing a conventional powered Ethernet switch at each segment.

PoE passthrough makes this approach particularly useful for ISP, CCTV and campus deployments. Power supplied at one side of the network can travel through the Ethernet cabling, run the repeaters and potentially continue toward compatible downstream equipment. This can simplify projects involving security cameras, remote access points, apartment internet and estate networks where installing mains electrical sockets along every section of the route would be expensive or inconvenient. Careful voltage-drop and power-budget calculations remain important as the number and length of cable segments increase.

For Kenyan installations, the GPeR can provide a useful middle ground between conventional 100-metre Ethernet and a full fiber deployment. It is particularly attractive where existing copper infrastructure can be reused and where data and power need to travel together. However, fiber may still be the better choice for very long distances, electrically noisy environments or exposed links with significant lightning risk. Correct cable selection, PoE voltage, weatherproofing and surge protection should therefore form part of the overall network design.

The MikroTik GPeR is a compact Gigabit Passive Ethernet Repeater designed to extend Ethernet well beyond the normal distance of a single copper cable run. With two Gigabit Ethernet ports, 24–57V passive/802.3af/at PoE support, power passthrough and multi-hop operation, it is particularly useful for ISPs, apartment networks, CCTV systems, campuses, estates and other large sites.

Its ability to support around 100–150 metres toward standard devices, up to 210 metres between GPeR units and approximately 1.5 km in suitable multi-repeater configurations gives installers significant flexibility when fiber installation is not required or practical. For outdoor deployments, MikroTik's dedicated weatherproof enclosure provides the necessary environmental protection.

Whether you require a GPeR for apartment internet, a CCTV network, an ISP deployment, a farm, school campus, hotel, estate or long-distance Gigabit Ethernet project, Mikrotik Kenya provides genuine MikroTik networking equipment, GPEN products, PoE accessories and professional network-design solutions for projects across Kenya.