MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router Price in Kenya

MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router

Processor: 9-core TILE, 1GHz

Memory: 2GB RAM

Connectivity: 7 Gigabit + 1 combo Gigabit/SFP + 1 × 10G SFP+

RouterOS licence: Level 6

Cooling: Passive, fanless

Discontinued by manufacturer

Important product accuracy note: MikroTik officially lists this exact model as discontinued. That does not automatically mean existing stock is unavailable or that RouterOS updates have ended. Buyers should confirm hardware condition, stock, warranty and long-term replacement requirements before ordering. Also, the manufacturer's CPU specification is 9 cores at 1GHz, not 1.2GHz.

CCR1009-7G-1C-1S+PC+1

Below is the detailed, copy-ready ecommerce description for MikroTik Kenya. It uses H2/H3 headings only, includes setup guidance and integrates all four supplied external URLs naturally within the content.

MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router Price in Kenya

The MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router is a professional wired networking solution designed for internet service providers (ISPs), business networks, educational institutions, hospitality establishments and network administrators requiring advanced routing capabilities, Gigabit Ethernet connectivity and a high-speed 10G SFP+ interface.

Powered by a nine-core Tilera TLR4-00980 processor operating at 1GHz, the CCR1009 combines 2GB RAM, seven dedicated Gigabit Ethernet ports, one Gigabit Ethernet/SFP combo interface and one 10Gbps-capable SFP+ cage in a compact, passively cooled enclosure.

The router runs MikroTik RouterOS with a Level 6 licence, giving network administrators access to routing, firewall filtering, VLAN configuration, bandwidth management, DHCP, PPPoE, HotSpot services and supported VPN technologies.

One of the CCR1009-7G-1C-1S+PC's defining features is its fanless design. Unlike many enterprise routers that use active cooling fans, this model uses heat pipes and a specially designed heatsink to dissipate heat without mechanical fan noise.

This makes it particularly attractive for offices, equipment rooms and controlled indoor installations where quiet operation is important.

The CCR1009 also includes an LCD touchscreen, microSD card slot, serial console, micro-USB interface and a smart-card slot, providing additional flexibility for supported networking and management applications.

For Kenyan businesses and ISPs, the router can serve as an internet gateway, routing platform, network segmentation device or component within a professionally designed network infrastructure.

However, prospective buyers should understand that the CCR1009-7G-1C-1S+PC is a discontinued MikroTik hardware model. This is important when considering replacement hardware, long-term expansion and commercial availability.

Discontinued hardware can remain useful in properly maintained networks, but its condition, RouterOS compatibility and replacement strategy should be evaluated before purchase.

If you are comparing this router with other equipment available in Kenya, the MikroTik CCR1009-7G-1C-1S+PC product listing at Jupitaz provides another reference for the exact model.

For purchasing information, explore MikroTik routers available in Kenya and request an updated quotation for the CCR1009-7G-1C-1S+PC.

MikroTik CCR1009-7G-1C-1S+PC Price in Kenya

The MikroTik CCR1009-7G-1C-1S+PC price in Kenya varies depending on the supplier, available inventory, hardware condition, exchange rates and additional equipment or services included in the quotation.

Because the manufacturer has discontinued this particular model, buyers should confirm whether a unit is new old stock, previously deployed, refurbished or otherwise supplied in a nonstandard condition.

The exact condition matters because it can affect accessories, warranty arrangements, configuration requirements and long-term reliability.

MikroTik Kenya customers should request a quotation covering the router, applicable taxes, available accessories and any installation or configuration services required.

What Affects the CCR1009 Price in Kenya?

Several factors influence the total cost of purchasing and deploying this Cloud Core Router.

Hardware condition: A new, unopened unit may have different commercial terms from an opened-box or previously used router.

Availability: Discontinued models may have limited quantities in the Kenyan market.

SFP+ modules: A compatible optical transceiver or direct-attach cable may need to be purchased separately for the 10G interface.

Network switches: Larger installations often require additional switches for wired device connections or fibre distribution.

Power backup: A suitable UPS or protected DC power system may be needed where reliable connectivity is important.

Configuration: More advanced services such as BGP, VLANs, VPNs, PPPoE or HotSpot networks may require experienced RouterOS configuration.

Support and warranty: Customers should confirm the warranty offered by the seller rather than assume that every CCR1009 unit has the same coverage.

For additional pricing research, see the MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router listing at Reisen SEO.

When comparing quotations, make sure every seller is offering the exact CCR1009-7G-1C-1S+PC version, rather than the similarly named CCR1009-7G-1C-PC model without the separate SFP+ port.

Key Features and Benefits of the MikroTik CCR1009-7G-1C-1S+PC

1. Nine-Core Tilera Processor for Advanced Routing

The MikroTik CCR1009-7G-1C-1S+PC features a Tilera TLR4-00980 processor with nine CPU cores operating at a nominal 1GHz.

The TILE architecture provides multiple processing cores for supported RouterOS networking operations.

This allows the router to perform a range of functions, including:

• IPv4 and IPv6 routing

• Network address translation

• Firewall filtering

• DHCP server and client services

• Bandwidth queues and traffic policies

• VLAN configuration

• PPPoE connectivity

• HotSpot authentication

• Supported dynamic routing protocols

• Compatible VPN connections

• Network diagnostics and monitoring

For a small ISP, the router may provide the processing resources required for a planned combination of routing and subscriber services.

For an office network, it can manage internet connectivity, segmentation and firewall policies.

However, processor architecture, packet size and configuration complexity influence actual performance.

Nine cores do not mean that every networking function scales evenly across all nine cores.

Users deploying demanding VPNs, extensive queues or complex firewall rules should test their expected workloads before placing the router into production.

2. Seven Dedicated Gigabit Ethernet Ports

The CCR1009 includes seven standard 10/100/1000Mbps Ethernet ports.

These provide wired connections to compatible network infrastructure such as:

• Internet modems and fibre ONTs

• Business network switches

• Servers

• Access points

• Subscriber distribution equipment

• Network monitoring systems

• Dedicated management networks

Each Ethernet port can negotiate a maximum link speed of 1Gbps with suitable equipment and cabling.

MikroTik's updated CCR1009 design provides independent Ethernet connections to the processor rather than grouping the ports behind the shared switch-chip design used in some earlier CCR1009 revisions.

This helps remove the previous shared Gigabit limitation associated with those older switch-chip-connected ports.

For example, a network administrator can assign different ports to WAN, LAN, management and routed network segments.

The actual arrangement is determined by RouterOS configuration and is not permanently fixed by the hardware.

When a network requires additional wired ports, connect suitable MikroTik network switches available in Kenya.

3. Gigabit Ethernet and SFP Combo Port

An important feature of the CCR1009-7G-1C-1S+PC is its Gigabit Ethernet/SFP combo interface.

The combo interface provides two physical connection options:

• A Gigabit RJ45 Ethernet connector

• An SFP cage for compatible optical modules

These connections share one logical RouterOS interface.

This means both connectors cannot be counted as two separate independent network ports.

An administrator selects or configures the physical connection mode according to the deployment.

The combo interface is useful when a network may require copper Ethernet at one time and a compatible fibre Ethernet connection later.

MikroTik also documents hardware media-failover behaviour for the combo interface.

However, switching between physical media is not the same as monitoring the internet for upstream service failures.

For reliable dual-ISP failover, suitable routing, reachability monitoring and appropriate configurations are still needed.

4. Dedicated 10Gbps SFP+ Port

The CCR1009-7G-1C-1S+PC includes one dedicated 10Gbps-capable SFP+ cage.

This can connect to compatible high-speed networking equipment through supported SFP+ fibre transceivers or direct-attach cables.

Typical applications include:

• Connecting a 10G aggregation switch

• Linking enterprise network infrastructure

• Establishing a compatible fibre uplink

• Connecting data-centre equipment

• Supporting an ISP network backbone

• Building suitable high-speed distribution links

For example, an ISP may connect the CCR1009 to a compatible 10G network switch while using Gigabit Ethernet ports for other routed connections.

A 10Gbps interface provides a higher-speed physical connection, but it does not guarantee 10Gbps routed throughput with every firewall, NAT, queue or VPN configuration.

For large installations, administrators should evaluate the router's performance benchmarks under the expected traffic characteristics.

Optical modules are selected separately according to the connected equipment and fibre specifications.

5. Support for Compatible 100Mbps SFP Modules

MikroTik identifies compatibility with supported 100BASE-LX, 100BASE-SX and 100BASE-BX modules through the relevant SFP interface.

This can be useful when integrating certain older fibre Ethernet links alongside modern Gigabit network equipment.

Before purchasing an SFP module, confirm the supported interface speed, optical wavelength, connector, fibre type and distance.

The router's SFP connection should not be assumed to replace a GPON or EPON optical network terminal.

PON services require equipment compatible with the internet service provider's optical access technology.

6. 2GB RAM for RouterOS Networking Services

The CCR1009-7G-1C-1S+PC includes 2GB RAM.

Memory supports RouterOS processes, routing information, connection tracking and other configured networking services.

This can be useful in network environments running several services simultaneously.

For example, a business installation might use firewall filtering, DHCP, VLAN routing, monitoring and VPN services.

An ISP installation may include dynamic routing or subscriber-facing services.

However, memory capacity alone does not determine how many users or subscribers a router can handle.

Capacity planning should include packet-processing requirements, routing-table complexity, queues and other resource-intensive features.

7. RouterOS Level 6 Licence

The CCR1009 includes a RouterOS Level 6 licence.

RouterOS provides professional networking features for designing and maintaining wired networks.

Available capabilities depend on the installed RouterOS version and include:

• Static and dynamic routing

• Firewall and NAT

• IPv4 and IPv6

• DHCP services

• VLANs

• PPPoE functionality

• HotSpot authentication

• Bandwidth management

• Compatible VPN technologies

• Monitoring and diagnostics

• Configuration scripting

• Administrative access control

The included licence allows administrators to use the supported RouterOS functionality without purchasing a separate standard RouterOS licence.

Because the CCR1009 uses the TILE architecture, administrators must verify software and package compatibility before upgrading.

A RouterOS feature supported on a newer ARM64-based router is not necessarily available with identical performance or hardware acceleration on the CCR1009.

8. Silent Fanless Cooling

One of the most distinctive benefits of the CCR1009-7G-1C-1S+PC is its passive cooling system.

The router uses heat pipes and a heatsink rather than a mechanical cooling fan.

This offers several practical advantages:

• No fan noise

• No fan-bearing maintenance

• Suitability for quiet office environments

• Reduced dependence on moving cooling components

A quiet router can be valuable in offices, school ICT rooms, reception areas and other indoor locations where equipment operates near staff.

However, passive cooling does not eliminate the need for ventilation.

The router must be positioned so heat can dissipate naturally.

Avoid blocking its ventilation surfaces or installing it in an enclosed, excessively hot space without adequate airflow.

9. LCD Touchscreen for Local Monitoring

The CCR1009 includes an LCD touchscreen.

The display offers local access to certain device information and supported management functions.

It can be useful when checking basic operational status without first connecting a management computer.

The touchscreen does not replace the complete RouterOS configuration environment.

Advanced routing, security policies and network administration should still be handled through supported management tools such as Winbox, WebFig or the command-line interface.

10. Passive PoE Input and DC Power

The router supports two DC power input methods:

• DC power jack

• Passive PoE input

Both accept 18–57V DC according to MikroTik's specifications.

The router is supplied with an external 24V 2.5A power adapter in the manufacturer's documented configuration.

MikroTik also supports a redundant power arrangement when the DC jack and a compatible passive PoE input are used together.

The PoE input is associated with ether7 according to the hardware manual.

Important: The CCR1009 does not provide PoE output for powering access points, cameras or other networking equipment.

If connected devices require Ethernet-based power, use compatible injectors or dedicated PoE switches.

11. microSD Storage Support

The CCR1009 provides one microSD card slot.

This can be useful for suitable RouterOS storage applications, subject to software support and the selected card.

Network administrators should confirm the storage requirements of the intended application.

The built-in router storage is 128MB NAND, separate from any removable microSD card.

12. Smart-Card Slot and Micro-USB Interface

The router includes a Mini-SIM-format smart-card slot and a micro-USB Type-AB connection.

The smart-card slot should not be mistaken for a built-in 4G or 5G cellular modem.

It does not provide mobile broadband connectivity by simply inserting a mobile operator's SIM card.

The micro-USB connection supports compatible peripheral functions, subject to RouterOS support.

Buyers requiring cellular internet should verify the compatibility of any external equipment before purchasing.

13. RS232 Serial Console

The CCR1009 includes an RS232 serial console.

This provides an alternative local administration and recovery method for suitably equipped network technicians.

Serial access can be especially useful when IP addressing, bridge changes or firewall settings prevent normal network management.

The official manual specifies a 115200-bit/s serial configuration with 8 data bits, no parity and 1 stop bit.

Technicians should use the correct serial cable and terminal configuration.

14. Desktop and Rackmount Installation

The CCR1009 has a compact enclosure measuring 272 × 190 × 44mm.

It can be placed on a suitable desktop surface or installed into a compatible rack using the supplied rackmount accessories.

This flexibility is useful for offices, network cabinets and protected indoor equipment rooms.

The router has an IP20 environmental rating and is not designed for unprotected outdoor installation.

MikroTik CCR1009-7G-1C-1S+PC Technical Specifications

SpecificationDetailsManufacturerMikroTikProduct familyCloud Core RouterExact modelCCR1009-7G-1C-1S+PCProduct statusDiscontinuedCPUTLR4-00980CPU architectureTILECPU cores9CPU threads9Nominal CPU frequency1GHzRAM2GBInternal storage128MB NANDDedicated Ethernet ports7 × 10/100/1000MbpsCombo port1 × Gigabit RJ45/SFPSFP+ ports1 × 10Gbps-capableCombo port behaviourOne logical interface, selectable physical mediaOperating systemMikroTik RouterOSRouterOS licenceLevel 6CoolingPassive, fanlessLCDTouchscreenUSB1 × micro-USB Type-ABMaximum USB current1AmicroSD1 slotSmart-card slotMini-SIM-format smart-card slotSerial consoleRS232Power inputsDC jack and passive PoEDC input voltage18–57VPassive PoE input voltage18–57VPoE input portEther7PoE outputNot supportedMaximum power consumption38WPower consumption without attachments33W maximumDimensions272 × 190 × 44mmTested operating temperature−20°C to +60°CIP ratingIP20InstallationDesktop or compatible rackBuilt-in Wi-FiNo

Model warning: The CCR1009-7G-1C-PC without 1S+ is a different model. It does not have the dedicated 10G SFP+ interface and has a different RAM specification. Always confirm the full model code before ordering.

Practical Uses of MikroTik CCR1009-7G-1C-1S+PC in Kenya

1. Internet Service Provider Edge Routing

The CCR1009 can be used in appropriately sized ISP networks where advanced RouterOS routing functions are required.

Possible applications include providing routing between upstream internet connections and downstream distribution networks.

The Gigabit Ethernet ports and SFP+ interface allow suitable connections to network switches and compatible fibre infrastructure.

For example, a small regional ISP could use the CCR1009 as a routed gateway between an upstream service and a managed distribution switch.

However, because the model is discontinued, growing ISPs should compare it against newer Cloud Core Router platforms before choosing it for a fresh long-term network deployment.

For current alternatives, read our MikroTik CCR router buying guide in Kenya.

2. Business and Corporate Networks

Businesses with multiple network segments may use the CCR1009 for internet routing, firewall protection and traffic control.

For example, an organisation might separate finance computers, ordinary staff devices, visitor internet and CCTV systems using VLANs or routed interfaces.

RouterOS can then apply suitable firewall rules between those networks.

For buildings requiring more Ethernet connections, attach a compatible managed switch.

3. Schools and Educational Institutions

Schools, colleges and training centres often require separate networks for administration, staff and students.

The CCR1009 supports appropriate RouterOS segmentation and access policies.

The router can also serve as the main internet gateway while downstream switches and access points distribute connectivity through the institution.

Network sizing should consider the number of devices, applications, available internet bandwidth and firewall or queue processing requirements.

4. Hotel and Hospitality Networks

Hotels and guesthouses may deploy the CCR1009 for managed internet access.

RouterOS HotSpot services can support captive-portal authentication and bandwidth policies.

The router can manage access for a suitable network while external wireless access points provide Wi-Fi coverage.

Since the CCR1009 has no built-in Wi-Fi, installation must include appropriate wireless infrastructure.

5. Fibre Networking and High-Speed Uplinks

The dedicated 10G SFP+ interface makes the CCR1009 relevant to suitable fibre networking applications.

For example, an office might connect the router to a 10G aggregation switch through a compatible optical module or DAC cable.

The combo port provides an additional choice between Gigabit copper and compatible SFP connectivity.

For related switching equipment, explore MikroTik switches in Kenya at Orbitlink Solutions and the MikroTik switches category at MikroTik Kenya.

Choose the switch based on the number of ports, required SFP/SFP+ connectivity, VLAN features and switching capacity.

6. CCTV and Surveillance Networks

The CCR1009 can provide routing and network separation for IP surveillance installations.

Cameras and recording equipment can be placed in a separate network with firewall policies controlling access.

For camera power, use a compatible PoE switch because the router does not provide PoE output.

7. VPN Connectivity Between Branch Offices

RouterOS supports compatible VPN technologies for secure connectivity between business locations.

A business can use a suitable VPN configuration to connect selected networks across different offices.

Actual VPN performance depends on the installed RouterOS version, encryption algorithm and workload.

Newer routers may provide better long-term choices for demanding encrypted traffic.

8. HotSpot and PPPoE Networking

The CCR1009 supports RouterOS HotSpot and PPPoE services.

These may be useful for suitable managed internet installations.

A commercial setup could use a separate authentication or billing system with appropriate RouterOS integration.

However, the router's processor and RAM do not establish a guaranteed subscriber count.

Heavy queues, connection tracking, firewall filtering and authentication services can affect performance.

9. Mixed Copper and Fibre Network Migration

The combo port is useful when an organisation is transitioning between copper and compatible fibre connections.

A network may initially use the combo RJ45 interface and later migrate that interface to a supported fibre module.

Because the connectors share one logical interface, the change should be treated as a media transition rather than the addition of another independent uplink.

10. Advanced Networking Laboratories

The CCR1009 can still be useful for network laboratories, RouterOS training and testing compatible older installations.

Administrators can study routing, VLANs, firewall rules, NAT, VPNs and other RouterOS networking concepts.

Before selecting the model for long-term training or production, consider its TILE architecture and possible differences from newer ARM64 devices.

Advantages and Disadvantages of MikroTik CCR1009-7G-1C-1S+PC

Advantages

1. Nine-core processor: Provides processing resources for supported professional routing tasks.

2. 2GB RAM: Offers memory for RouterOS and suitable networking services.

3. Seven dedicated Gigabit Ethernet ports: Enables multiple independent copper network connections.

4. Gigabit Ethernet/SFP combo port: Offers flexibility between supported copper and fibre connection types.

5. Dedicated 10G SFP+ interface: Supports compatible high-speed uplinks.

6. Fanless design: Provides quiet operation.

7. RouterOS Level 6: Includes extensive professional networking functionality.

8. LCD touchscreen: Allows selected local monitoring functions.

9. Flexible power input: Supports DC-jack and compatible passive PoE input.

10. Serial console: Useful for recovery and advanced administration.

11. Desktop or rackmount installation: Suitable for different indoor network environments.

12. microSD support: Provides optional additional storage for compatible applications.

Disadvantages and Limitations

1. Discontinued model: Long-term hardware availability and replacement planning require additional consideration.

2. Older TILE architecture: Different from current ARM64 RouterOS platforms.

3. No built-in Wi-Fi: Requires separate wireless access points.

4. No PoE output: Cannot directly power access points or IP cameras.

5. Only one 10G SFP+ interface: Not suitable for networks requiring several independent 10G uplinks without additional equipment.

6. Combo interface is shared: The Gigabit RJ45 and SFP connectors cannot operate as two independent logical ports.

7. No integrated cellular modem: The smart-card slot is not a mobile broadband modem.

8. Advanced configuration required: RouterOS networking features have a technical learning curve.

9. Limited resources compared with newer CCR models: Large routing, firewall or VPN workloads may benefit from current hardware.

10. Passive cooling still requires airflow: The enclosure needs a dry and ventilated installation location.

How to Set Up MikroTik CCR1009-7G-1C-1S+PC Router Using Winbox

The CCR1009 can be configured through MikroTik Winbox, WebFig or RouterOS command-line tools.

Unlike many consumer routers, professional Cloud Core Routers may not have a complete ready-to-use home internet configuration.

Do not assume that every interface already has a working firewall, DHCP server, internet connection or LAN bridge.

Step 1: Prepare Your Network Plan

Before installation, identify the internet connection type and network layout.

Gather the necessary information, including:

• Internet connection method

• ISP-assigned IP settings

• PPPoE credentials if required

• DNS servers

• Intended WAN port

• LAN gateway and subnet

• VLAN requirements

• Management network

• Required firewall policies

• VPN or dynamic routing requirements

Step 2: Connect the Router to Power

Use the manufacturer's compatible DC power supply.

The router supports 18–57V DC through its power jack.

A suitable 18–57V passive PoE source can also supply power through ether7.

Verify that the selected power source is electrically compatible.

Do not connect an arbitrary PoE switch or injector without checking its voltage and compatibility.

Step 3: Connect the Configuration Computer

Connect a computer to the intended local configuration interface.

Open MikroTik Winbox and inspect the Neighbors tab.

If the device is discoverable, connect using the available local connection method.

A new or reset CCR may not have the same IP-addressing defaults as a typical MikroTik home router.

Check the existing configuration or use the appropriate documented recovery method.

Step 4: Access RouterOS

Sign in using the valid administrator credentials.

The initial username may be admin, but the password and factory configuration depend on the specific device.

If purchasing previously used hardware, confirm that the seller has supplied valid administrative access.

Set a strong administrator password immediately.

Step 5: Review the Existing Configuration

Before making changes, inspect:

• IP addresses

• Interface assignments

• Routing table

• DHCP configuration

• NAT rules

• Firewall rules

• Bridges and VLANs

• Enabled services

• RouterOS version

If an existing configuration must be preserved, save a backup and configuration export.

Use Safe Mode when making changes that could disconnect your Winbox session.

Step 6: Configure the WAN Connection

Select the appropriate Ethernet or fibre interface for your ISP connection.

For DHCP-based internet access, open:

IP → DHCP Client

Add or confirm a DHCP client on the intended WAN interface.

For PPPoE, navigate to:

PPP → Interfaces → PPPoE Client

Enter the credentials supplied by your ISP.

For static IP connections, configure the assigned IP address, subnet and gateway.

Verify that the router has a valid default route before proceeding.

Step 7: Configure the Local Network

Create an appropriate LAN bridge if several physical ports should share one local subnet.

Do not add the WAN interface to the local bridge unless the intended network design specifically requires it.

Assign an appropriate gateway address.

For example:

192.168.20.1/24

This is only an example and should be used only if it does not overlap with an existing network.

Configure a DHCP address pool and DHCP server for the selected LAN interface or bridge.

Step 8: Configure NAT and Firewall Protection

For a conventional private IPv4 LAN, configure source NAT where necessary.

In Winbox, open:

IP → Firewall → NAT

Create or review the appropriate source NAT policy.

Next, establish firewall rules that permit required traffic and restrict unauthorised access from the WAN.

A suitable firewall policy should consider connection state, trusted management networks, required application traffic and unwanted inbound access.

Source NAT does not replace firewall protection.

Step 9: Configure the Combo Port

If using the Gigabit Ethernet/SFP combo interface, choose the appropriate connection mode through RouterOS.

Connect a compatible RJ45 cable or optical SFP module.

Remember that both physical connectors belong to one logical interface.

Confirm the selected mode and interface status before connecting production traffic.

If configuring media failover, test it under controlled conditions.

Step 10: Configure the SFP+ Port

Insert a compatible 10G SFP+ transceiver or supported DAC cable.

Connect it to the intended switch or network device.

Verify the negotiated link status.

For fibre installations, confirm the optical module type, wavelength, fibre type and connector compatibility.

Step 11: Configure VLANs and Additional Networks

If the installation requires separate networks, create the appropriate VLANs and assign IP addresses.

Configure VLAN tags on the associated bridge or interface.

For downstream switch connections, ensure the switch VLAN configuration matches the router.

Maintain a secure management path before changing VLAN filtering.

Step 12: Configure HotSpot or PPPoE Services if Needed

RouterOS supports HotSpot and PPPoE functions.

For HotSpot, prepare a dedicated client-facing interface, bridge or VLAN.

Then open:

IP → Hotspot

Configure the selected network, authentication and DHCP settings.

For PPPoE subscriber networks, configure the appropriate service, address pools, authentication and subscriber management requirements.

Do not attach untrusted customer-facing interfaces directly to the router's management network.

Step 13: Configure Supported VPN Services

Where required, configure an appropriate VPN protocol supported by the installed RouterOS version and architecture.

Review credentials, encryption settings, firewall rules and routes.

Test secure connectivity from an authorised endpoint.

For high-throughput VPN installations, verify the router's actual performance under the intended encryption settings.

Step 14: Secure and Maintain RouterOS

Before production deployment:

• Set strong administrator credentials.

• Restrict management access.

• Disable unnecessary services.

• Configure firewall protection.

• Review RouterOS compatibility before updating.

• Back up the final configuration.

• Document WAN, LAN and VLAN assignments.

• Establish a recovery plan.

Because the hardware is discontinued, keep particular attention on software compatibility and the availability of replacement equipment.

Step 15: Test the Network

After setup, verify:

• WAN address and upstream connectivity

• Default route

• LAN gateway reachability

• DHCP address assignment

• DNS resolution

• NAT behaviour

• Firewall policies

• Combo interface status

• SFP+ connectivity

• VLAN communication

• VPN connectivity where applicable

• Actual client internet access

A successful ping from the router alone does not prove that downstream devices can access the internet.

Test with real client devices and monitor CPU utilisation during expected workloads.

MikroTik CCR1009-7G-1C-1S+PC Troubleshooting Guide

ProblemPossible causeRecommended checkRouter does not power onIncorrect DC or passive PoE sourceVerify power input and voltage.Winbox cannot discover routerInterface or discovery restrictionCheck physical connection and management settings.Cannot log inIncorrect credentialsConfirm administrator access with the seller.No internet connectivityWAN, route or firewall problemInspect WAN settings, default route and filtering.LAN clients have no IP addressMissing DHCP configurationCheck DHCP server and LAN interface.Clients cannot browse websitesDNS or forwarding problemCheck DNS, NAT, firewall and gateway settings.Combo port failsIncorrect active media modeConfirm copper/SFP selection and physical link.SFP+ link is downModule or cable incompatibilityVerify transceiver, fibre and peer equipment.Slow throughputCPU or configuration bottleneckInspect firewall, queues, interfaces and traffic profile.Router runs hotRestricted ventilationImprove airflow and inspect temperature readings.VPN performance is lowEncryption workloadTest selected VPN settings and CPU utilisation.HotSpot clients cannot log inIncorrect client networkCheck gateway, DHCP, DNS and authentication.Router becomes inaccessible after VLAN changesManagement traffic misconfigurationUse an available recovery or serial-console connection.

MikroTik CCR1009-7G-1C-1S+PC Package Contents

The manufacturer's standard documentation identifies the router, external 24V 2.5A power adapter and mounting accessories for supported installation methods.

The router also has provision for desktop placement with suitable rubber feet.

Because this model is discontinued, the accessories actually supplied may depend on the condition and packaging of the available stock.

Before ordering, confirm:

• Exact CCR1009-7G-1C-1S+PC unit

• Compatible power adapter

• Available rackmount hardware

• Device condition

• RouterOS administrative access

• Seller warranty terms

Do not assume Ethernet cables, optical transceivers, DAC cables or network switches are included.

MikroTik CCR1009 vs Newer Cloud Core Routers

The CCR1009 remains an option for certain existing network environments, but businesses building new infrastructure should consider newer MikroTik models.

FeatureCCR1009-7G-1C-1S+PCCCR2004-16G-2S+CCR2116-12G-4S+CPU architectureTILEARM64ARM64CPU cores9416CPU frequency1GHz1.7GHz2GHzRAM2GB4GB16GBDedicated Gigabit ports71612Other Ethernet1 combo Gigabit/SFPNone1 management Gigabit10G SFP+124RouterOS licenceLevel 6Level 6Level 6CoolingPassiveActiveActiveMain considerationQuiet legacy networkingModern copper-heavy networksDemanding enterprise and ISP routing

When Is the CCR1009 a Suitable Choice?

The CCR1009 may still suit a buyer who needs a quiet RouterOS device, compatible copper/fibre interfaces and specific connectivity features in an appropriately sized installation.

It may also be relevant when replacing an existing CCR1009 with the same model to minimise changes to an established network.

When Should You Consider a CCR2004?

The MikroTik CCR2004-16G-2S+ offers a modern ARM64 platform, sixteen Gigabit Ethernet ports and two SFP+ interfaces.

It is worth considering for new business and ISP networks requiring numerous copper ports.

When Should You Consider a CCR2116?

The MikroTik CCR2116-12G-4S+ is more appropriate for demanding routing environments requiring substantial CPU and RAM resources.

It provides sixteen CPU cores, 16GB RAM and four SFP+ interfaces.

For more information, explore the MikroTik CCR2116-12G-4S+ Cloud Core Router and our Cloud Core Router buying guide.

Frequently Asked Questions About MikroTik CCR1009-7G-1C-1S+PC

1. What is the MikroTik CCR1009-7G-1C-1S+PC price in Kenya?

Pricing depends on seller inventory, hardware condition and commercial terms. Request a current quotation from MikroTik Kenya.

2. Is the MikroTik CCR1009-7G-1C-1S+PC discontinued?

Yes. MikroTik's official product listing identifies this exact model as discontinued.

3. How many CPU cores does the CCR1009 have?

It features nine Tilera CPU cores operating at a nominal 1GHz.

4. How much RAM does the CCR1009-7G-1C-1S+PC have?

The exact model has 2GB RAM. The similarly named CCR1009-7G-1C-PC has a different RAM specification.

5. Does MikroTik CCR1009 support 10G fibre?

Yes. It includes one dedicated 10Gbps-capable SFP+ interface.

6. How many Gigabit Ethernet ports does the router have?

There are seven dedicated Gigabit Ethernet ports plus one Gigabit RJ45/SFP combo interface. The combo's two physical connectors share one logical interface.

7. Can I use the RJ45 and SFP sides of the combo port at the same time?

They are not independent interfaces. The combo interface selects the appropriate physical connection.

8. Does the CCR1009 have built-in Wi-Fi?

No. Separate wireless access points are required.

9. Does MikroTik CCR1009 provide PoE output?

No. It accepts compatible passive PoE input but does not power other devices through its Ethernet ports.

10. Can the CCR1009 be used for a hotspot network?

Yes. RouterOS supports HotSpot services, but practical capacity depends on configuration, traffic volume and authentication requirements.

11. Does CCR1009 support PPPoE?

Yes. RouterOS supports PPPoE client and server configurations.

12. Is the CCR1009 suitable for business VPNs?

It supports compatible RouterOS VPN functionality. Actual throughput varies by protocol, encryption and RouterOS version.

13. Does the router have a cooling fan?

No. The CCR1009-7G-1C-1S+PC uses passive cooling.

14. Can this CCR1009 be installed in a rack?

Yes. The manufacturer documents a compatible rackmount installation using the appropriate accessories.

15. Does the smart-card slot provide mobile internet?

No. The smart-card slot should not be treated as a built-in cellular modem or ordinary mobile broadband SIM interface.

16. Can the CCR1009 work with fibre internet?

Yes. It can connect through a compatible Ethernet fibre ONT, supported SFP module or SFP+ connection, depending on the service and network architecture.

17. Can the CCR1009 be used with Starlink Internet?

Yes. It can use a compatible Ethernet internet connection from Starlink equipment. The required connection method depends on the Starlink hardware.

18. Can I update RouterOS on the CCR1009?

The TILE architecture has RouterOS software available, but upgrade eligibility and feature compatibility must be checked against MikroTik's current supported releases and the installed configuration.

19. Is the CCR1009 better than CCR2004?

Not universally. The CCR2004 uses a newer ARM64 platform and has different interface and performance characteristics. Select the model according to the actual network workload and long-term support needs.

20. Where can I buy the MikroTik CCR1009-7G-1C-1S+PC in Kenya?

Visit MikroTik Kenya to request current pricing and confirm availability of the exact model.

Why Buy MikroTik CCR1009-7G-1C-1S+PC from MikroTik Kenya?

MikroTik Kenya provides product information and networking equipment for Kenyan businesses, ICT technicians, network installers and internet service providers.

Choosing professional networking equipment requires careful consideration of specifications, connectivity, compatibility and expected traffic requirements.

For discontinued hardware such as the CCR1009, it is particularly important to verify the exact model, hardware condition, available accessories and replacement options.

Customers planning new installations should also compare current RouterOS platforms to determine whether newer equipment provides a better long-term investment.

Explore our MikroTik router prices in Kenya, MikroTik switches and Cloud Core Router guide for related networking equipment and buying advice.

Buy MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router in Kenya

The MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router combines a nine-core 1GHz processor, 2GB RAM, seven dedicated Gigabit Ethernet ports, a Gigabit Ethernet/SFP combo interface and a 10G SFP+ port with RouterOS Level 6.

Its silent passive cooling, flexible network interfaces, LCD touchscreen and professional management capabilities make it relevant for selected enterprise, ISP and institutional networking applications.

Because the manufacturer has discontinued the model, buyers should confirm its availability, condition, software compatibility and replacement requirements before purchasing.

Visit MikroTik Kenya to request the latest CCR1009-7G-1C-1S+PC price in Kenya and obtain guidance on compatible networking equipment.

For a newer Cloud Core Router, you can also review the MikroTik CCR2116-12G-4S+ product page before making your decision.

SEO Metadata for MikroTik Kenya

SEO Meta Title

CopyMikroTik CCR1009-7G-1C-1S+PC Price in Kenya | Router

SEO Meta Description

CopyBuy MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router in Kenya. Features 9-core CPU, 2GB RAM, 10G SFP+ and silent cooling. Enquire about availability today.

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Secondary SEO Keywords

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Only use this slug for a new product page. Preserve any existing indexed product URL.

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Verification and Publishing Recommendations

I verified the technical specifications using the official MikroTik CCR1009 product page and MikroTik CCR1009 hardware manual. These support the exact model, processor speed, interface arrangement, power configuration, passive cooling and discontinued status.

CCR1009-7G-1C-1S+PC+1

All four external links have been incorporated within appropriate paragraphs of the product description, while internal links connect the product with the MikroTik Kenya router catalogue, switch category, CCR buying guide and CCR2116 product page.

Before publishing, I recommend these final checks:

• Confirm your actual selling price, availability and warranty terms.

• Identify whether available units are new old stock, opened-box or used.

• Retain the discontinued status in the buying guidance; do not advertise the model as newly manufactured.

• Use one H1 for the WooCommerce product title; the description itself already uses H2/H3 headings.

• Add accurate Product and BreadcrumbList structured data using the actual product offer. Do not invent review ratings, warranty periods or stock quantities.

Topical authority opportunity: A related article targeting “MikroTik CCR1009 vs CCR2004: Should Kenyan ISPs Upgrade?” would complement this product page, address the model's discontinued status and create a natural internal-link path toward newer MikroTik Cloud Core Routers.