MikroTik CRS326-24G-2S+IN 24-Port Gigabit Switch Price in Kenya

MikroTik CRS326-24G-2S+IN 24-Port Gigabit Switch Price in Kenya

The MikroTik CRS326-24G-2S+IN combines extensive Gigabit connectivity, faster uplinks and configurable network management in a compact desktop enclosure. It suits offices, technical workspaces, home labs and smaller server installations that need more connections without a full-width rackmount chassis.

It provides 24 Gigabit Ethernet ports and two additional 10G SFP+ interfaces, allowing ordinary endpoint equipment to connect alongside appropriately equipped servers or upstream switches. It also supports a choice of RouterOS or SwOS. CRS326-24G-2S+IN

Request the current MikroTik CRS326-24G-2S+IN price in Kenya from Network Switch Kenya, including compatible uplink accessories and installation requirements.

Product Overview

The CRS326-24G-2S+IN is the desktop version of this switch family. It should not be confused with the CRS326-24G-2S+RM, which uses a different enclosure and installation arrangement.

Its dedicated uplinks can carry traffic between the switch and suitably equipped upstream devices while preserving the copper connections for computers, printers and other endpoints.

This model accepts passive PoE input but does not provide PoE output. It cannot power cameras, phones or access points through its Ethernet connections.

Media link

Key Specification

SpecificationMikroTik CRS326-24G-2S+INProduct categoryManaged Cloud Router SwitchCopper interfaces24 × 10/100/1000Mbps RJ45Additional interfaces2 × 10G SFP+Total data connections26Supported optical modulesCompatible Gigabit SFP and 10G SFP+Operating systemsRouterOS / SwOS dual bootRouterOS licenseLevel 5ArchitectureARM 32-bitProcessorDual-core 800MHzRAM512MBStorage16MB flashConsole connectionRJ45 serialPower inputsDC jack and passive PoEInput voltage10–30V DCPoE outputNoneCoolingPassive, fanlessDimensions285 × 144 × 44mmTested ambient temperature−40°C to 60°CInstallation environmentIndoor, dry and ventilatedListed adapter24V, 1.2A

Specifications follow MikroTik’s product information. CRS326-24G-2S+IN

Features and Benefits

More Connections in a Compact Enclosure

The switch provides substantial endpoint capacity without requiring a full-width rackmount installation.

A desktop format can be convenient where equipment sits on a suitable shelf or workbench. Allow enough space for ventilation, the adapter and cable routing.

Faster Uplinks for Shared Traffic

A higher-capacity upstream connection can help when several devices access resources elsewhere on the network simultaneously.

For example, multiple Gigabit workstations may share access to an appropriately connected storage server. Each workstation remains limited by its own interface, while the faster uplink provides additional shared capacity.

Storage performance, application behavior and the equipment at the opposite end still affect results.

Separate Interfaces Preserve Copper Capacity

Using an SFP+ interface upstream leaves all copper ports available for endpoints.

This is useful where the installation already has many computers, printers and other Ethernet devices.

RouterOS or SwOS Administration

RouterOS provides MikroTik’s broader configuration environment. SwOS focuses on switching through a browser interface.

Choose the operating system according to the installation and administrator’s requirements. They run separately; switching between them requires a reboot and should be treated as a planned configuration change.

Do not expect every setting or feature to work identically in both environments.

Quiet Operation

Fanless cooling avoids cooling-fan noise near working areas.

The switch and installed accessories still produce heat. Keep ventilation paths clear and assess transceiver requirements before populating the uplinks.

Choosing Between RouterOS and SwOS

RequirementPractical considerationFocused browser-based switching administrationSwOS may suit the installationFamiliarity with WinBox and RouterOS toolsRouterOS may be preferableRouting or other RouterOS servicesVerify feature support and actual performanceExisting operational proceduresUse the environment the team can maintain reliablyMoving between operating systemsPreserve settings and plan the interruption

Switching capacity and routing performance are different. Traffic processed through software can behave differently from hardware-switched traffic. Do not assume that every RouterOS service operates at the combined speed of all ports.

For demanding internet routing, VPN or security workloads, assess a suitable dedicated gateway.

Typical Applications

Office Networks

Connect workstations, printers and shared resources while maintaining a planned upstream connection.

The router or firewall provides the required internet security and gateway services.

Home Labs

Connect servers, computers and test systems in a compact managed environment.

Keep experiments separate from production equipment, particularly when testing VLANs or redundant connections.

Shared Storage

Connect appropriately equipped storage through a suitable high-speed interface.

A faster network connection is most useful when the storage system and workload can use it.

Creative Workspaces

Provide connections for several users accessing shared media files. Consider endpoint adapters and storage performance alongside the switch.

Small Distribution Points

Bring local Ethernet equipment together while connecting upstream over compatible optical or direct attach links.

Select modules and cables according to the equipment and distance at both ends.

Planning Ports and Uplink Accessories

Example arrangementEffect on available connectionsOne SFP+ uplinkPreserves all 24 copper portsOne copper uplinkLeaves 23 copper ports for endpointsTwo independent uplinksRequires a topology that prevents unintended loopsAggregated linksRequires compatible configuration at both ends

An SFP+ slot needs a compatible connection accessory. Choose a direct attach cable or optical modules and fiber according to the link.

Check connector type, supported speed, wavelength, fiber category and distance. For copper transceivers, verify explicit compatibility, heat and power requirements.

How to Set Up the MikroTik CRS326-24G-2S+IN

1. Confirm the Model and Existing Configuration

Check that the label states CRS326-24G-2S+IN.

For equipment already in service, obtain authorized access and preserve the configuration before making changes. Avoid resetting a working installation simply because its management address is unknown.

2. Prepare the Network Plan

Document endpoints, upstream equipment, cable distances and management addressing.

Define any VLANs and decide which device provides routing, DHCP and firewall policies. Identify endpoints requiring separate power.

3. Position and Power the Switch

Place the unit on a stable surface with ventilation and room for cables.

Use the approved adapter for initial setup. Passive PoE input requires a verified compatible source within the specified range; do not assume a standard 48V PoE source is suitable.

4. Establish Initial Access

MikroTik’s quick-start procedure uses 192.168.88.1. For an isolated connection, configure a computer with an unused address such as 192.168.88.2/24.

In RouterOS, connect through WebFig or WinBox. If IP access is unavailable, WinBox’s Neighbors discovery may provide a local MAC-address connection.

Follow label credentials where supplied. Otherwise, the documented factory login is admin with no password. Set a strong password immediately. MikroTik Documentation

Avoid using a default address on a network where another device already occupies it.

5. Choose the Operating System

For RouterOS, retain the appropriate boot selection.

MikroTik documents System → RouterBOARD → Settings → Boot OS for selecting the alternative system. In SwOS, the System page provides a Boot RouterOS control.

Plan the reboot and preserve the relevant configuration first. MikroTik Documentation

6. Secure Management

Assign a recognizable device name and predictable management address.

Restrict administration to authorized users and networks. Maintain a recovery path before changing management VLANs or access restrictions.

In RouterOS, review enabled management services and use WinBox Safe Mode where appropriate for changes that could disconnect the session.

7. Review Software

Use software intended for the exact model and operating system.

Back up settings, review release instructions and maintain stable power during updates. RouterOS and SwOS use different update procedures.

8. Establish Basic Switching

Inspect the existing bridge or switching configuration before adding new entries.

For RouterOS, verify hardware-offload status for the intended traffic path. Avoid unnecessary software processing for ordinary switched traffic.

9. Configure VLANs Where Required

For a typical segmented design:

1. Define the required VLANs.
2. Assign endpoint ports to their intended untagged networks.
3. Set matching default VLAN IDs or PVIDs.
4. Carry the required tagged traffic over uplinks.
5. Preserve authorized management access.
6. Match routing, DHCP and access policies upstream.

Use the procedure for the selected operating system. Enable restrictive filtering only after membership and management access are correct.

10. Connect Uplinks

Install compatible modules or cables and check link establishment at both ends.

Begin with one upstream path. Configure aggregation or loop prevention before adding parallel links.

11. Add Endpoints and Test

Connect equipment gradually. Confirm addressing, local resources and internet access where applicable.

Provide separate power to cameras, phones and access points. Configure their application settings independently.

12. Back Up and Document

In RouterOS, retain appropriate backups and readable configuration records.

SwOS provides Apply All, Save Backup and Restore Backup controls. Preserve a backup after successful testing. MikroTik Documentation

Label cables and document port assignments, management addressing and uplink accessories.

Troubleshooting Common Problems

ProblemChecks to makeNo powerCheck the correct adapter or compatible passive PoE sourceCannot reach managementCheck the address, computer subnet and access restrictionsCamera does not receive powerProvide a separate suitable power sourceCopper link runs at 100MbpsCheck endpoint capability and the entire cable pathOptical link failsCheck modules, fiber type, polarity and far-end settingsVLAN devices cannot communicateCheck membership, tagging, PVID and upstream servicesHigh CPU use during trafficInspect whether traffic is following a software pathInstability after adding linksCheck loops and both-end configuration

Advantages

• Provides extensive copper connectivity.
• Includes dedicated faster uplinks.
• Offers a choice of management environments.
• Fits compact desktop installations.
• Operates without cooling-fan noise.
• Supports alternative power inputs.
• Suits mixed endpoint and infrastructure connections.

Disadvantages and Limitations

• Does not supply PoE power.
• Copper endpoints remain limited to Gigabit speeds.
• Passive PoE input requires careful source selection.
• Advanced configuration requires networking knowledge.
• Routing and software services have separate performance limits.
• Uplink accessories need compatibility checks.
• Desktop installation differs from the RM model.

Comparing the Rackmount and UniFi Alternatives

If the installation requires a full-width rackmount enclosure, compare the MikroTik CRS326-24G-2S+RM at MikroTik Kenya. Confirm its mounting and power arrangements separately.

For a different managed platform, review the UniFi Standard 24 or UniFi Pro 24.

Where integrated endpoint power is required, assess the UniFi Standard 24 PoE and UniFi Pro 24 PoE. Orbitlink Solutions also lists the USW-24-PoE and USW-Pro-24-PoE. Compare powered-port counts, budgets and management requirements.

Comparing Unmanaged Gigabit Options

For straightforward expansion without managed controls, compare the TP-Link TL-SG1024D at Orbitlink Solutions and D-Link DGS-1024D at Tawa. Tawa’s separate 24-port Gigabit listing should be checked for its exact model.

Reisen SEO lists the TP-Link TL-SG1024, TL-SG1024D and D-Link DGS-1024D.

You can also explore the TP-Link TL-SG1024 on Network Switch Kenya.

Considering Fast Ethernet Products

Fast Ethernet switches belong to a different speed category. Relevant comparisons include the TL-SF1024D at Orbitlink Solutions and TL-SF1024 at Tawa.

Tawa also has a D-Link DES-1024D unmanaged listing and a separate DES-1024D desktop listing.

Additional options include the DES-1024D at Reisen SEO and TP-Link TL-SF1024. Check speed and configuration needs rather than treating every 24-port product as equivalent.

Package and Accessories

Confirm the supplied adapter and documentation. Do not assume accessories for the rackmount model are included with the desktop version.

Specify transceivers, direct attach cables, fiber leads, Ethernet cables, UPS equipment and installation services separately unless expressly included. Verify warranty coverage and product condition before purchase.

Frequently Asked Questions

Does the CRS326-24G-2S+IN supply PoE?

No. Its passive PoE input powers the switch itself.

Does it support 10Gbps connections?

Yes, through its two SFP+ interfaces with compatible accessories.

Can all 24 copper ports remain available when using an optical uplink?

Yes. The SFP+ interfaces are additional connections.

Can it run RouterOS and SwOS simultaneously?

No. Dual boot means choosing which operating system runs.

Is it the same enclosure as the RM model?

No. The IN model uses a compact desktop enclosure.

Will its uplinks make an individual Gigabit computer faster?

They provide additional shared capacity upstream. The computer remains limited by its own interface.

Buy the MikroTik CRS326-24G-2S+IN in Kenya

Contact Network Switch Kenya for a quotation on the MikroTik CRS326-24G-2S+IN. Share your endpoint count, uplink equipment and management requirements to confirm suitable accessories and setup.