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

Product details

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

MikroTik CCR1009-7G-1C-1S+PC Cloud Core Router is a wired RouterOS gateway with 7 dedicated Gigabit copper ports, 1 combo interface, and 1 SFP+ cage. It can suit a verified network design that needs its particular interfaces and passive cooling. Because the model is discontinued, condition, software support, and recovery planning belong in the buying decision from the start.

Request a current CCR1009-7G-1C-1S+PC quotation from Reisen. Confirm the exact model, quantity, package, taxes, warranty, and delivery terms. Include any supporting parts and installation work so the quoted price matches the complete job rather than the main item alone.

Choose the exact model, confirm the quote, then agree payment and fulfillment.

Key Specifications

A discontinued fanless TILE core platform

The CCR1009-7G-1C-1S+PC is a discontinued 9-core TILE router with 2GB RAM and passive heat-pipe cooling. Its exact interface layout matters: 7 dedicated Gigabit copper ports, 1 1Gbps combo interface using copper or SFP, and 1 SFP+ cage. Do not count both sides of the combo as independent ports. This is also not a modern access switch with a shared hardware switching chip. Plan switching and routing workloads accordingly. Confirm the condition and software support of the offered unit before purchase. The PC model does not mean 2 internal AC power supplies, built-in Wi-Fi, or LTE. Use a suitable approved supply and leave the passive cooling clear. A supported optic, mounting support, configuration, and tested recovery plan may all be separate parts of the complete gateway package.

Compatibility

Check the exact model and the full installation before connecting equipment.

Match the complete installation, including the physical connection, power, software, and intended role. Similar names or connectors do not prove compatibility.

Conceptual routed path. Addressing, firewall, hardware capacity and approved power must suit the actual network.

Route traffic between planned networks

The CCR1009-7G-1C-1S+PC is a wired RouterOS gateway for installations that need several independent network connections and a 10G SFP+ option. It can sit between a provider handoff and separate local segments. Its role is different from a simple unmanaged switch. Choose it around the routing policy, actual traffic mix, software support, and physical interfaces the site needs.

Begin with a network map. List provider links, internal subnets, management access, and any remote sites. Mark where firewall decisions happen and which device supplies DHCP. A core router should have a clear job in that map. Adding a powerful-sounding model without defining its role can create duplicate routing, wrong gateways, and harder support work.

Check discontinued stock before placing an order

MikroTik lists this exact model as discontinued. Available units may come from remaining stock or previous installations. Ask whether the offered unit is new, refurbished, or used. Request the exact model label, current software, included supply, warranty terms, and a basic health test. A clean photograph alone does not show the state of ports, storage, or power input.

Discontinued hardware can suit an existing compatible installation, but it needs a realistic support plan. Check the software available for the TILE architecture and the security updates appropriate to the intended service. Keep a recovery method and a replacement plan. For a new critical deployment, compare a current router family against the complete workload and expected service life before committing the site to older stock.

Start with CCR2004 copper gateway alternative and CCR2004 fiber gateway alternative. Match the full model code, actual port rates, current software, and workload before comparing gateway features.

Count the interfaces correctly

There are 7 dedicated Gigabit copper ports, 1 additional 1Gbps combo interface, and 1 SFP+ cage. The combo interface offers a copper RJ45 connection or an SFP connection for the same logical interface. Those 2 physical openings are not 2 separate simultaneous 1Gbps network ports. Count usable interfaces by their real function when preparing the port schedule.

The SFP+ cage provides a higher-rate interface option. It does not make all copper ports 10G and does not guarantee 10Gbps routed throughput under every rule set. A supported optic or direct attach cable and a suitable far-end port are needed. Keep the interface link rate separate from measured forwarding capacity through the complete router configuration.

Understand the independent port design

This model connects Ethernet interfaces to the CPU rather than using a shared switch chip for a large hardware-switched LAN. That matters when planning Layer 2 traffic. Do not assume the same hardware offload behavior as a modern dedicated switch. A large local switching workload may belong on a suitable switch with the CCR handling routing and policy between networks.

Bridge configuration still needs care. The existence of a bridge menu does not prove wire-speed hardware switching for every group of ports. Check the model documentation and observe CPU load during a realistic traffic test. A clean division between access switching and core routing often makes performance, fault finding, and future expansion easier to assess.

A different gateway plan may involve RB1100AHx4 gateway alternative and MikroTik hEX S wired alternative. Check the required WAN handoff and whether separate client Wi-Fi is needed.

Use the CPU and memory for the actual workload

The router has a 9-core TILE processor and 2GB RAM. Those figures describe resources, not a universal user count. Packet size, queues, firewall rules, connection tracking, VPN encryption, and the way traffic is distributed can change throughput. A result from a simple laboratory test should not be presented as a guarantee for a busy business network.

Size the installation with representative traffic. Test the intended rules, not an empty configuration that will never be used in service. Watch CPU load and latency while normal applications run. If the router will support voice, remote access, or public services, test those paths as well. The best purchase decision is based on the policy the owner will keep after handover.

Match fiber parts at both ends

For a fiber link, match the module type, supported speed, wavelength, fiber type, connector, and reach at both ends. A module fitting the cage is only the first check. Single-mode and multimode arrangements are different. A bidirectional link also needs the correct complementary module pair. Record the exact optics in the bill of materials.

Protect connectors from dust and use the proper cleaning method. Keep bend radius and service loops within the cable maker's limits. Label the route and both endpoints. Optical receive levels should stay in the supported range; stronger is not always better. Inspect link status and errors after installation rather than accepting a light alone as proof of a healthy connection.

For a different RouterOS capacity or port layout, review RB951Ui-2HnD wireless gateway alternative and L009 wired gateway alternative. A larger model should solve a measured limit rather than an assumed need for more hardware.

Design firewall access before connecting the WAN

Separate trusted LAN access from provider-facing interfaces. Keep a secure default policy and add only the services the site needs. Limit administrator access to approved management paths. Use strong unique credentials and remove unused services where the supported configuration permits. A router placed at an internet edge needs more than a working default route.

Use a supported secure method for remote administration. Avoid opening a management port to the whole internet as a shortcut. Log useful events without filling storage with unnecessary detail. Back up the configuration after each approved stage. The owner should know who has access, how access is removed, and where a clean recovery copy is kept.

Plan routing and address services together

Write down the WAN addressing method and each LAN subnet. Provider DHCP, PPPoE, a static handoff, and tagged service VLANs require different settings. Apply the information supplied for the real service. Check whether NAT is needed and where it should occur. Duplicate NAT or overlapping subnets can break remote access and make ordinary connections hard to diagnose.

More advanced routing needs a deliberate design. Use supported features for the installed RouterOS version and test route changes in a controlled way. Avoid copying large public configurations into a live business gateway. Each added routing protocol or policy rule should have a clear purpose, a known owner, and a way to verify that it behaves as intended.

Keep passive cooling clear

The PC version uses passive heat-pipe cooling. It does not need a built-in fan to make noise, but it still releases heat into the room. Leave the heat-sink area and case openings clear. Do not bury the router under papers or power adapters. A closed cabinet needs a wider airflow and room cooling plan.

Place the router on suitable support with access to the ports and supply. Its desktop enclosure does not automatically include every rack accessory a site may need. Measure the case, connectors, and shelf clearance before ordering support parts. Check temperature and stability while the intended traffic runs, not only while the unit sits idle on a bench.

The LAN can be planned around RB5009 wired gateway alternative and UniFi switch for a separately managed LAN. Keep routing and data switching as separate roles and check any management platform required by the chosen switch.

Check the complete power path

The model accepts 18–57V through its supported DC and passive PoE inputs. Use the exact guide and supply label when choosing a source. Passive PoE is not automatically interchangeable with every 48V standard PoE switch port. Voltage, pinout, polarity, current, and the approved input method all need to match. A supply with the right plug but the wrong output can damage equipment.

A second supported input can be part of a planned resilience design, but this is not the same as 2 internal AC power supplies. Test any backup arrangement before depending on it. Keep the provider equipment and core switch in the same continuity plan. If those parts go off, a powered router alone may not keep the intended service available.

Avoid mobile and wireless assumptions

This is a wired router with no built-in Wi-Fi radio or LTE modem. Its smart-card feature is not a mobile broadband SIM modem. The presence of a small card opening does not provide cellular internet. Use a suitable separate access point for client Wi-Fi and an approved external gateway for mobile connectivity when the design needs those services.

The distinction helps keep the quote complete. Add the required wireless coverage, uplink hardware, optics, and installation work rather than expecting the CCR to supply them from its name alone. An internet subscription also remains a separate service. The router moves traffic through its configured interfaces; it does not create a provider connection by itself.

Test failover and recovery before handover

A second provider link needs routing policy, health checks, and a tested recovery path. Connecting another cable does not guarantee failover. Test loss of the primary service, return of that service, and what happens to active calls or sessions. Tell users what an ordinary changeover can interrupt so the result matches the agreed service plan.

Keep a known-good backup and readable port map. Record the software version and any exact optics needed to restore service. Test recovery in a safe maintenance window. The person taking over the network should be able to identify the WAN, management path, and backup supply without guessing. Clear records are especially valuable for a discontinued core platform.

The wider network can include TP-Link local data switch and Starlink Kenya Installers. A satellite internet service is an upstream source, while the local router and switch still need a suitable Ethernet handoff, configuration, and their own approved power.

Quick Brand Comparison

Compare the installed role and complete package. A different model can change the support parts, management, power, or service needed. Keep the equipment that already works in the comparison and identify the specific limit the new purchase should solve.

Can It Work in a Starlink-fed Network?

It can form part of a suitable downstream Ethernet network supplied by Starlink. The Starlink hardware must provide the appropriate Ethernet handoff to the intended gateway or local network. This product does not talk directly to satellites or replace the dish. Keep its approved power separate from proprietary dish-power connections. The provider plan, gateway policy, and local equipment capacity still affect the final service.

How to Set Up CCR1009-7G-1C-1S+PC

1. Inspect the offered hardware

Confirm the complete CCR1009-7G-1C-1S+PC code and stock condition. Inspect ports, heatsink, supply, and labels. Check the supported TILE software and available recovery method. Obtain provider settings and a clear port map before this discontinued platform is placed in a critical role.

2. Prepare local management

Use the model guide to connect a trusted computer through an intended local interface. Confirm the current configuration and credentials. Save existing settings before changes. Set a unique administrator password and keep management off public interfaces. Use a maintenance window if replacing a live gateway.

3. Plan interfaces and addressing

Assign each provider and LAN role. Count the combo copper and SFP openings as one logical interface, not two independent ports. Choose non-overlapping subnets and document DHCP ownership. Keep switching traffic on a suitable access switch when that better matches the design.

4. Install supported optics

Choose a supported SFP or SFP+ module or cable for the actual interface. Match speed, fiber type, wavelength, connector, and far end. Clean and protect the connectors. Check optical levels and errors where supported. Do not rely on an illuminated link indicator as the only test.

5. Configure routing and protection

Apply the provider handoff, required routes, DNS, and NAT policy. Keep a suitable firewall between trusted and untrusted networks. Restrict management services and use a supported secure remote access method. Add only the routing features the site needs and test each approved stage.

6. Check power and cooling

Verify the actual approved DC or passive PoE source against the label and guide. Leave the passive heatsink clear. If a second input forms part of the resilience plan, test it without assuming that two cables create independent supplies. Include the upstream provider equipment in the backup design.

7. Test the intended workload

Run representative traffic with the real firewall, queue, and VPN settings. Watch CPU load, latency, loss, and interface errors. Test both directions and each important service. If failover is required, test loss and return of the main path rather than only checking that a second cable is connected.

8. Hand over a recovery plan

Save a tested backup and readable configuration record. Label every uplink and keep exact optic and supply details. Record the supported software and replacement plan for the discontinued platform. Give the owner a clear way to restore local management if a future configuration change fails.

Advantages

·       Offers several independent wired interfaces and SFP+.

·       Provides RouterOS Level 6 on a 9-core platform.

·       Passive cooling avoids an internal fan.

·       Can fit a verified existing TILE gateway design.

Disadvantages and Limits

·       Discontinued hardware needs condition and support checks.

·       Combo SFP and copper share one logical interface.

·       No dedicated switch chip for large offloaded Layer 2 workloads.

·       Actual routing and VPN capacity depend on the rules and traffic.

Troubleshooting

For link faults, check the exact interface role, supported optic, cable, receive levels, and far end. Remember that the combo interface cannot be counted twice. For slow traffic, inspect CPU load and the actual firewall, queue, and VPN policy. For supply or heat issues, check approved inputs and clear passive cooling. Keep a tested rollback path for a critical gateway.

Frequently Asked Questions

How many independent interfaces are provided?

The model has 7 dedicated Gigabit copper ports, 1 additional 1Gbps combo interface, and 1 SFP+ interface. The combo copper and SFP openings share one logical interface. They must not be counted as 2 independent simultaneous connections when planning the port schedule.

Is this model still current?

MikroTik lists it as discontinued. Confirm the condition of the offered stock and the supported TILE software before buying. For a critical new installation, compare a current model and plan recovery, support, and a replacement path rather than relying only on the original feature list.

Does SFP+ guarantee 10Gbps routing?

No. SFP+ describes an interface capability. Routed throughput depends on packet sizes, rules, queues, VPN work, software, and traffic distribution. Test the real intended configuration. A supported module and far-end interface are also needed before the physical link can operate as planned.

Does it provide built-in Wi-Fi or LTE?

No. It is a wired router. The smart-card feature is not a cellular modem SIM connection. Use a separate suitable access point for client Wi-Fi and a supported mobile gateway when the service design needs cellular internet. Add those parts to the complete quotation.

Is passive cooling the same as no heat?

No. The fanless heat-pipe design still releases heat and needs clear ventilation. Keep the case and heatsink unobstructed. Check cabinet and room conditions under a normal busy workload. Do not stack adapters or papers on the unit merely because it has no internal fan.

Are fiber modules included?

Confirm the actual package. Select supported optics or cables for the specific SFP or SFP+ interface, fiber, connector, wavelength, reach, and far end. A module fitting the cage does not prove the optical link is correct. Include exact modules in the bill of materials.

Can it replace a dedicated access switch?

It can be configured for supported bridging tasks, but this model lacks the same switch-chip design as a dedicated hardware-switched access platform. Check CPU load and actual forwarding behavior. Use a suitable switch for large Layer 2 workloads and keep routing policy on the CCR where that fits the design.

What details belong in a quote request?

Supply the full model code, provider links, intended subnets, actual traffic, and any VPN or failover requirements. Ask about unit condition, current software, included supply, warranty, and recovery support. Add optics, mounting support, configuration, and delivery rather than quoting only the bare router.

Why Shop with Reisen

Reisen brings equipment and supporting accessories into one catalogue, which helps you plan the complete purchase. Ask the team to confirm the exact model, package, current stock, and installation scope before payment. A written bill of materials makes missing parts easier to spot. It also gives everyone a clear record of what the order should include.

Share the equipment already in use and the result the site needs. This makes questions about fit, service, power, and setup easier to answer. Confirm the current warranty, delivery, return, and technical support terms in writing. Keep those terms with the invoice rather than relying on a general statement copied from another product.

Complete the Setup with Reisen

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Browse the Reisen equipment shop for supporting parts. Keep one bill of materials so the main product, accessories, installation work, and service can be checked together before the order is placed.

Contact Reisen sales and support with the exact model, quantity, delivery area, and existing equipment. Ask for the current package, stock, taxes, warranty, and support terms in writing so the final quotation is clear.

Order the Right Package

Send the full product name, model, quantity, delivery location, and target installation date. List the parts already available and ask which compatible accessories are still needed. Confirm the current quote and stock, then agree the payment and collection or delivery process. Keep the quotation and model labels together so the delivered goods can be checked against the order.

Before installation, make sure the site and supporting equipment are ready for the agreed work. Test the completed setup at handover and save its layout or settings where relevant. A useful purchase connects the selected hardware with the actual service, safe installation, and clear ownership needed to keep it working.