TP-Link Omada SG6428XHP: 24-Port Gigabit Stackable L3 Managed PoE+ Switch with 4 x 10G Slots

In enterprise networks, convergence and performance matter. The TP-Link Omada SG6428XHP is designed to deliver robust Layer 3 routing, high PoE capabilities, and scalable interconnects for modern campuses, data centers, and convergence-layer deployments. This switch blends cutting-edge switching power with intelligent management, enabling you to consolidate routing, switching, and PoE power in a single, compact unit. With 24 PoE+ RJ45 ports, four 10G SFP+ slots, and a generous 720 W PoE budget, the SG6428XHP is built to power high-density deployments—from IP cameras and wireless APs to IP phones and edge servers—while preserving performance and reliability. The Omada management ecosystem provides centralized oversight, real-time analytics, centralized firmware updates, and policy-driven configuration that scales from a single site to a multi-site enterprise, all while maintaining a streamlined, cost-efficient network architecture.

• High-density PoE+ power budget: The SG6428XHP delivers up to 720 W of PoE budget, enabling seamless support for a wide range of PoE devices such as security cameras, access points, VoIP phones, and wireless bridges without needing separate power sources. This power efficiency translates to fewer cables and simplified energy management across your infrastructure.
• 24 x Gigabit PoE+ ports for core access: With 24 dedicated RJ45 PoE+ ports, this switch provides reliable, high-speed access to end devices on the LAN. Each port supports up to 30 W per device, ensuring robust performance for IP cameras, telephony systems, and high-demand workstations, while keeping network latency and jitter to a minimum.
• 4 x 10G SFP+ uplink slots for fast aggregation: The four 10G SFP+ slots offer flexible uplink and stacking options, accelerating inter-switch communication and enabling rapid data transfer between switches, servers, and core devices. This design supports high-throughput convergence layers and reduces bottlenecks in bandwidth-intensive environments.
• Layer 3 routing for intelligent traffic management: The SG6428XHP includes L3 routing capabilities, enabling static routing and dynamic routing protocols to optimize traffic paths across networks. This reduces latency for inter-subnet communication, improves network efficiency, and supports advanced features such as inter-VLAN routing and policy-based routing for complex environments.
• Stackable design with redundant power options: Built for scalability, the SG6428XHP supports stacking to simplify management across multiple units and expand capacity as your network grows. The option for redundant power supplies enhances reliability in critical deployments, ensuring uninterrupted service even in the event of a power fault.

Technical Details of TP-Link Omada SG6428XHP

• Ports: 24 x Gigabit RJ45 PoE+ ports; 4 x 10G SFP+ slots
• PoE Budget: Up to 720 W total PoE power
• Routing: Layer 3 routing capabilities (static and dynamic routing support)
• Management: Centralized Omada SDN controller integration for streamlined provisioning, monitoring, and policy enforcement
• Stacking/Redundancy: Stackable design with options for redundant power supply solutions
• Performance: High-throughput switching fabric designed for convergence-layer deployments
• Form Factor: Rack-mountable switch suitable for enterprise environments

How to install TP-Link Omada SG6428XHP

• Unbox and verify all components, ensuring the SG6428XHP chassis, rack ears, power supplies (including any redundant units), and cables are present.
• Mount the switch in a standard 19-inch rack using the provided rack ears, securing it firmly to prevent vibration and ensure proper airflow for cooling.
• Connect the power supplies and verify power-on indicators. If using a redundant power setup, connect both units to independent power sources for fault tolerance.
• Install or access the Omada Controller (on-premises or cloud-based) and adopt the SG6428XHP into your network management domain, following the controller’s guided onboarding steps.
• Connect PoE+ endpoints (IP cameras, APs, IP phones) to the 24 PoE+ RJ45 ports and attach your 10G uplinks to the four SFP+ slots for fast inter-switch and spine/aggregation connectivity.
• Configure Layer 3 routing, VLANs, QoS, and security policies via the Omada Controller, creating a scalable, policy-driven network without complexity.
• Initiate stacking if you’re integrating multiple SG6428XHP units, ensuring proper stack cables are used and the stack is recognized by the Omada Controller for unified management.
• Monitor performance, PoE usage, and health metrics through the Omada dashboard, adjusting power budgets and network policies as needed to balance load and reliability.
• Perform regular firmware updates from the Omada Controller to ensure the SG6428XHP benefits from security patches, performance improvements, and new features.

Frequently asked questions

• What is the primary use case for the TP-Link Omada SG6428XHP? It is designed for convergence-layer deployments where Layer 3 routing, high PoE capacity, and 10G uplink flexibility are needed—ideal for campuses, office buildings, and small to mid-size data centers requiring centralized management and scalable performance.
• How many PoE+ devices can the switch support simultaneously? Up to 24 PoE+ devices can be powered via the RJ45 ports, with a total PoE budget of up to 720 W to cover cameras, APs, phones, and other PoE-enabled endpoints.
• Can I stack multiple SG6428XHP switches? Yes. The switch is designed to be stackable, enabling you to centralize management and increase port capacity while maintaining high-speed communication between units.
• Does the SG6428XHP support Omada SDN and centralized management? Yes. It integrates with the Omada SDN platform, offering centralized configuration, monitoring, and policy enforcement across your entire network.
• What kind of uplink speeds does it offer? The device provides four 10G SFP+ slots for uplinks, enabling fast aggregation with core networks and storage, as well as flexible uplink options for future growth.