For a business rack needing 24 powered connections and 10G uplinks, start by evaluating the CRS328-24P-4S+RM. For a compact installation with fewer devices and Gigabit fiber uplinks, consider the CRS112-8P-4S-IN. For outdoor ISP or WISP access equipment, evaluate the netPower 16P.

The best choice depends on the connected devices, their power requirements, uplink capacity, installation environment, and operating plan. Port count alone will not tell you whether a switch can power your equipment.

This guide compares three MikroTik options by application. Recommendations are based on manufacturer specifications and network design considerations, rather than independent product testing or an exhaustive ranking of the entire catalog.

U.S. buyers can browse MikroTik equipment at Link Technologies, Inc. (LTI) and discuss hardware requirements alongside network consulting and engineering services.

Verify power supplies, device compatibility, and all power limits before ordering. Manufacturer references appear below.

The CRS328-24P-4S+RM is a useful starting point for offices, retail locations, and communications rooms needing many powered devices.

It supports 802.3af/at and passive PoE options, with a built-in AC power supply. MikroTik publishes a 450W PoE budget divided into three 150W groups of eight Ethernet ports, with up to 30W available per port. It can run RouterOS or SwOS.

Evaluate it for access points, compatible cameras, and phones. Check each device’s required power standard and maximum demand before assigning ports.

The CRS112-8P-4S-IN is worth evaluating when a site needs a small indoor switch and its power demand fits the available capacity.

It supports passive PoE and 802.3af/at, but the included 28V supply does not provide the high-voltage input needed for standards-based PoE devices. A suitable 48–57V supply must be purchased separately for that application.

MikroTik lists a high-voltage output limit of 450mA per port and 1.4A total. The usable power budget also depends on the selected supply. Eight powered ports should not be interpreted as eight simultaneous maximum-power loads.

Choose it only after checking the device list, supply capacity, uplink requirements, and management features. Its fiber interfaces are Gigabit SFP, so select another model when the design requires 10G uplinks.

The netPower 16P is a candidate for outdoor radio, access-point, and camera deployments. Its enclosure is rated IP54, and it supports RouterOS or SwOS.

A power supply is not included. The switch has no onboard voltage converter: low-voltage and high-voltage PoE output depend on the corresponding input supply. Select compatible supplies and verify the published per-port and aggregate current limits against the planned loads.

For an ISP access site, prepare a complete design covering the power source, backup runtime, cable routes, uplinks, management access, and recovery procedures.

An outdoor enclosure does not remove the need for correct mounting, suitable cabling, grounding, surge protection, and environmental planning. Follow the installation documentation and applicable site requirements.

Build a device inventory before selecting the switch. Record the exact model, accepted input voltage, required PoE standard, maximum power demand, and any installation-specific requirements.

• Standards-based PoE: Match the powered device’s requirements to the switch’s supported standard and power capacity.
• Passive PoE: Verify voltage, polarity, pin assignment, and explicit compatibility with the connected device.
• Higher-power devices: A device requiring 802.3bt operation needs an appropriate power source. An af/at listing alone does not establish bt compatibility.
• Power accessories: Include required supplies and any compatible injectors in the equipment list.

If a device fails to power up, review compatibility and cabling before changing power settings. Avoid forcing passive output onto equipment whose requirements have not been confirmed.

Use the connected devices’ maximum specified demand and account for power delivery losses. Include camera infrared illumination, heaters, accessories, and access-point features that may increase consumption.

Then verify three separate constraints: each port’s limit, any port-group limit, and the total capacity available from the switch and its power supply.

Size backup power for the switch and its attached loads together. Test simultaneous startup and the expected operating conditions before placing the site into service.

Power capacity and network capacity are separate decisions. Estimate the traffic from cameras, access points, phones, and other endpoints, then assess the uplink capacity needed during normal operation and failures.

Plan VLANs and access policies for staff devices, guest Wi-Fi, cameras, voice, and management. Confirm that the selected operating system and switch configuration support the required features and forwarding behavior.

Hardware switching performance should not be treated as equivalent to CPU-based routing or firewall performance. Review the manufacturer’s separate test results when assigning Layer 3 work to a switch.

Document management addressing, port assignments, configuration backups, monitoring, and escalation procedures. For larger deployments, validate a representative configuration before rolling it out across multiple sites.

Request a quote using exact switch models and quantities. Include the powered-device list, necessary supplies, optics, mounting accessories, delivery destination, and deployment schedule.

Confirm current stock, shipping arrangements, warranty procedures, and the scope of technical assistance before placing an order. Specify configuration, staging, or engineering work separately from hardware purchasing.

LTI offers MikroTik networking equipment and network consulting services. Businesses and ISPs can discuss hardware selection alongside topology, segmentation, power planning, and implementation requirements. Review the current purchasing terms for applicable conditions.

Which model should I consider for an office?

Start with the CRS328 for a larger rack deployment or the CRS112 for a compact installation. Confirm the complete power and uplink requirements before choosing.

Which model should a WISP evaluate for an outdoor site?

The netPower 16P is an outdoor candidate. Include compatible power supplies, installation accessories, backup power, and protection requirements in the design.

Can these switches power every camera or access point?

Compatibility depends on the exact device, power standard, voltage, demand, and switch configuration. Verify each endpoint rather than assuming compatibility from the product category.

Can I request equipment and network engineering together?

Yes. Contact LTI with the equipment requirements and describe any design, configuration, testing, or deployment assistance needed. Agree on the service scope separately.