Cisco SG110-16HP 16-Port Gigabit PoE Switch Price in Kenya

Cisco SG110-16HP 16-Port Gigabit PoE Switch Price in Kenya

The Cisco SG110-16HP is an unmanaged Gigabit switch for small offices, retail premises and other installations that need straightforward wired connectivity and power for selected network devices. It connects computers, printers and compatible PoE equipment without requiring a switch management dashboard or complex configuration.

It has 16 Gigabit Ethernet ports, but only eight supply PoE. Those powered ports share a 64W power budget, making device power requirements an important part of choosing this model. cisco.com

Request the current Cisco SG110-16HP price in Kenya from Network Switch Kenya, including confirmation of product condition, accessories and warranty coverage.

Product Overview

The SG110-16HP combines ordinary Ethernet connections and powered connections in one unit. This suits installations with a mixture of computers and lower-power devices such as compatible IP phones or cameras.

Its unmanaged design simplifies deployment. You connect the equipment, provide the appropriate upstream network connection and configure the endpoints separately.

This model provides IEEE 802.3af PoE, rather than PoE+. Do not assume that a device requiring IEEE 802.3at or a higher-power standard will operate correctly from it. Cisco

Media link

Key Specification

SpecificationCisco SG110-16HPSwitch typeUnmanagedEthernet connections16 × 10/100/1000Mbps RJ45Powered connections8Non-PoE connections8PoE standardIEEE 802.3afShared PoE budget64WSwitching capacity32GbpsForwarding rate23.8MppsCoolingFanlessPower supplyInternal AC; 110–240V, 50–60HzDimensions279 × 170 × 44mm, W × D × HWeightApproximately 1.30kgMountingDesktop or rackOperating temperature0–40°COperating humidity10–90%, noncondensingCable recommendationCat5e or better for Gigabit connectionsPort operationAutomatic speed negotiation and MDI/MDI-X

Specifications follow Cisco’s documentation for the SG110-16HP. Cisco

Features and Benefits

Simple Network Expansion

The switch provides additional wired connections for equipment that would otherwise exceed the available LAN ports on a router.

One connection is normally used for the upstream router or switch, leaving up to 15 for other equipment. Use a non-PoE port upstream where practical to preserve the powered connections for devices that need them.

Power and Data Through One Cable

Compatible PoE equipment can receive power and network data through a single Ethernet cable. This reduces the need for a mains adapter beside each endpoint.

Check the device’s required power standard and maximum consumption before connecting it. A shared power budget must support the complete powered-device load.

Gigabit Local Connectivity

Gigabit connections are useful for transferring files, accessing shared storage and connecting appropriately equipped computers.

Actual throughput depends on the endpoints, cable quality and upstream network. The switch does not increase the speed of an internet subscription.

Quiet Operation

The fanless design is convenient for equipment installed near work areas. Keep the unit ventilated and avoid covering it or placing it beside a significant heat source.

Minimal Switch Configuration

Basic switching does not require an administrator login. Cameras, phones and access points still need their own addressing, security and application settings.

If configurable network segmentation or detailed monitoring is required, consider a managed alternative such as the Ubiquiti USW-Lite-16-PoE listed by Orbitlink Solutions. Compare its powered-port count and power budget against your actual device load.

Typical Applications

Small Office Networks

Connect computers, printers and compatible powered endpoints to a central network point. An upstream router provides internet access and any required firewall services.

IP Telephone Installations

The switch can centralize connections and power for phones compatible with its PoE standard. The phones must also be configured for the business’s telephone system.

Smaller Surveillance Networks

Compatible cameras can connect to the powered ports, while a recorder connects to an ordinary Ethernet port.

Check camera power requirements carefully, including infrared illumination and other features. The recorder’s channel count and supported incoming bandwidth remain separate limits.

Mixed Wired Networks

The combination of powered and non-powered connections suits installations where only some devices need Ethernet-delivered power.

For wired expansion without PoE, compare the TP-Link TL-SG1016D 16-Port Gigabit Switch.

Understanding the PoE Budget

The eight powered connections share the available budget. Their presence does not guarantee enough power for eight devices of any specification.

Hypothetical powered-device loadCombined demand before cable losses8 devices consuming 5W each40W6 devices consuming 8W each48W8 devices consuming 10W each80W

The final example exceeds the stated budget. These figures illustrate load planning rather than guaranteed supported combinations.

Use maximum consumption, account for cable losses and leave headroom. A camera installation should be tested during night operation, when additional lighting may increase demand.

How to Set Up the Cisco SG110-16HP

1. Check Equipment Compatibility

Confirm the complete switch model and identify the PoE-labeled ports on the supplied unit.

For each powered device, check:

• Required PoE standard.
• Maximum power consumption.
• Ethernet connection requirements.
• Whether a separate power source is needed.

Prepare tested Cat5e or Cat6 cables.

2. Position the Switch

Place it on a stable surface or mount it using the appropriate rack hardware. Keep it in a dry, secure location with adequate ventilation and cable access.

Follow the supplied installation instructions for electrical safety and mounting.

3. Connect Mains Power

Connect the correct power cable to a suitable mains supply. Check that the switch completes startup normally.

If continuity during outages matters, select a UPS for the switch and other essential equipment. A separately powered recorder or router also needs backup power to keep the complete system operating.

4. Connect the Upstream Network

Connect a non-PoE port to the router’s LAN port or an upstream switch where practical.

Begin with one upstream connection. Avoid connecting multiple parallel cables between switches, as an unintended loop can disrupt the network.

5. Connect Ordinary Ethernet Equipment

Connect computers, printers or a recorder to the remaining non-PoE ports.

Verify that devices obtain suitable network addresses and can reach the required local resources or internet connection.

6. Connect PoE Devices Gradually

Connect compatible powered equipment to the ports marked for PoE. Add devices one at a time and check that each starts successfully.

If a device fails to power on, investigate its compatibility, the cable and the remaining budget. Do not assume the fault is the endpoint.

7. Configure the Endpoints

The switch does not need a management IP address for basic operation. Configure the connected devices separately.

For cameras, activate each unit, set a strong password, assign a unique address and add it to the recorder. For phones, complete the required provisioning. For access points, configure the wireless network and security settings.

8. Test Under Full Load

Check every connected device simultaneously.

Test camera recording and playback, phone calls and wireless access as applicable. Confirm stable operation when powered devices reach their highest expected demand.

9. Label and Document the Installation

Label cables and record port assignments, device addresses and cable routes. Keep endpoint credentials securely for future maintenance.

Advantages

• Straightforward installation without switch configuration.
• Gigabit connectivity for wired endpoints.
• Combines powered and ordinary connections.
• Reduces separate adapters for compatible devices.
• Operates without cooling-fan noise.
• Supports centralized backup power for its PoE load.

Disadvantages and Limitations

• Only eight of the 16 connections supply PoE.
• The shared power allowance requires careful planning.
• IEEE 802.3af support may not meet higher-power device requirements.
• Unmanaged operation limits configurable controls and visibility.
• An upstream connection occupies one of the 16 ports.
• It does not replace a router, firewall or recording system.

Alternatives for Different Requirements

For a managed installation with different power and uplink requirements, review the UniFi Pro Max 16 PoE at Ubiquiti UniFi Kenya. Check its complete specifications and management requirements before selecting it.

For a surveillance-focused alternative, compare the D-Link DES-F1016P-E/B PoE Surveillance Switch at Tawa. Pay attention to endpoint speeds, powered-port count and the total budget rather than treating every 16-port switch as equivalent.

Package and Accessories

Confirm the quotation includes the correct power cable, mounting hardware and documentation.

Ethernet cables, UPS equipment, cameras, phones and installation services should be specified separately unless expressly included. Verify the supplied unit’s condition and applicable warranty terms before purchase.

Frequently Asked Questions

Does it power all 16 connected devices?

No. Eight ports provide PoE; the other eight provide network connectivity without PoE output.

Is it a PoE+ switch?

No. Cisco documents IEEE 802.3af PoE for this model.

Does it need a login or controller?

No switch login or controller is required for basic unmanaged operation.

Can it power equipment from other manufacturers?

Yes, where the equipment’s PoE requirements are compatible and sufficient shared power remains available.

Can it increase internet speed?

It adds local network connections. Internet speed remains dependent on the service, router and upstream connection.

Buy the Cisco SG110-16HP in Kenya

Contact Network Switch Kenya for a quotation on the Cisco SG110-16HP 16-Port Gigabit PoE Switch. Share your powered-device count and maximum power requirements to confirm whether it fits the installation.