Switch TP-LINK OMADA ES228GP 26x GbE 24x PoE+ – managed, rackmount, modello ES228GP

TP‑LINK OMADA ES228GP is a 19" rackmount managed switch with 26 Gigabit Ethernet ports, including 24 PoE+ ports. Designed for network edge deployment and small to medium business environments, the ES228GP provides centralized management via OMADA and supports powering devices over Ethernet for streamlined installations of access points, IP phones and cameras.

Advantages

The switch delivers 26 GbE ports with 24 PoE+ capable ports to power connected devices directly over Ethernet, reducing the need for separate power supplies. Rackmount form factor and managed features enable integration into existing network infrastructure and centralized configuration through the OMADA management platform. Gigabit performance on all ports supports converged LAN environments and bandwidth-hungry applications.

Suitable for

• Small and medium business network edge
• Powering wireless access points and VoIP phones
• IP camera installations
• Converged LANs requiring PoE+ and Gigabit connectivity

Key specifications

• Brand: TP‑LINK
• Model: ES228GP
• Ports: 26 × Gigabit Ethernet (24 × PoE+)
• Mounting: 19" rackmount
• Management: OMADA Web management (managed switch)
• Technology: Gigabit Ethernet 1000 Mbps, Gigabit Ethernet + Gigabit optics
• MPN: ES228GP
• EAN: 1210002609760

How to use

Install the ES228GP in a standard 19" rack and connect uplink and client devices to the Gigabit ports. Configure network settings, VLANs, PoE schedules and other policies through the OMADA web management interface according to your topology and security requirements. Connect and power compatible PoE+ devices such as access points, IP phones or cameras directly to the PoE ports; verify power budgets and device requirements in the management console before deployment.

Recommendations

Plan PoE power allocation before installation: calculate total PoE consumption of connected devices to ensure the ES228GP can supply sufficient power, and segment critical devices on redundant uplinks where required. Keep firmware up to date and use OMADA management to apply consistent configuration and monitoring.