Huawei S110-24LP2SR PoE+ Switch – 24 Port Gigabit Unmanaged, 2 SFP Uplink, 124W PoE

Description

The Huawei eKitEngine S110-24LP2SR Unmanaged PoE+ Switch is a reliable and cost-effective Layer 2 access switch designed for small and medium business networks, surveillance systems, and office LAN deployments. It delivers simple plug-and-play connectivity without requiring configuration, making it ideal for fast and easy installation.

This model provides 24 × Gigabit Ethernet (10/100/1000 Mbps) PoE+ ports, allowing it to power IP devices such as:

• IP cameras
• Wireless access points
• VoIP phones
• IoT devices

In addition, it includes 2 × GE SFP uplink ports, enabling flexible fiber connectivity for long-distance network expansion and backbone integration.

The switch supports a total PoE power budget of up to 124W, allowing multiple devices to be powered simultaneously through a single device, reducing the need for external power adapters and simplifying cabling infrastructure.

With a switching capacity of up to 52 Gbps and forwarding performance of 38.69 Mpps, the S110-24LP2SR ensures stable and efficient traffic handling for enterprise access networks.

One of its key advantages is its fanless design, which ensures completely silent operation through natural heat dissipation. This makes it suitable for office environments, meeting rooms, retail stores, and surveillance rooms where noise reduction is important.

The device is designed for true plug-and-play operation, meaning no configuration is required. It automatically detects connected devices and supplies power when needed, reducing deployment time and technical complexity.

It also supports multiple working modes such as:

• Standard mode
• Port isolation mode
• Uplink aggregation mode
• Flow control mode

These modes allow flexible adaptation depending on network requirements.

With its reliable PoE power delivery, dual SFP uplinks, silent operation, and easy deployment, the Huawei S110-24LP2SR switch is an excellent choice for modern SMB and enterprise edge networks.