TP-Link S7500-24Y4C Omada Pro 24-Port 25G Stackable L3 Managed Aggregation/Core Switch with 4 100G Slots

Built for high-density aggregation and core roles, the TP-Link Omada S7500-24Y4C switch delivers the throughput, routing and reliability modern networks demand. This Omada Pro L3 managed switch packs 24×25G SFP28 ports and 4×100G QSFP28 slots to support bandwidth-hungry services such as IP surveillance, real-time monitoring, virtualization and data-center uplinks. Physical stacking with up to 800 Gbps of backplane capacity and dual hot‑swappable power supplies give you carrier-class availability for campus, ISP or large SMB environments.

Beyond raw performance, the S7500-24Y4C simplifies operations with centralized Omada cloud management, NETCONF and configuration rollback—reducing maintenance time and operational risk. Built-in Layer‑3 protocols (OSPF, BGP, PIM) and advanced security features (Secure Boot, 802.1X, RADSEC) help you design scalable, secure networks for surveillance, access control and critical monitoring applications. Choose the S7500-24Y4C when you need a managed aggregation/core switch that balances performance, resiliency and centralized control. Contact sales to discuss deployment scenarios or add this TP-Link switch to your network backbone today.

• High-capacity aggregation: consolidates core and distribution traffic with 24×25G and 4×100G ports to reduce bottlenecks and simplify backbone design
• Resilient, carrier-grade uptime: physical stacking (up to 800 Gbps), dual hot-swappable PSUs and VRRP/ERPS for continuous operation in critical deployments
• Centralized cloud management: Omada Pro support and NETCONF simplify configuration, monitoring and troubleshooting across multi-site networks
• Advanced Layer‑3 services: OSPF, BGP, PIM and ECMP enable scalable routing for campus, ISP and large SMB networks
• Enterprise security and monitoring: secure boot, 802.1X, RADSEC and port security protect network infrastructure and surveillance/monitoring systems
• Streamlined operations: hot patching, config rollback and RSPAN reduce maintenance windows and speed time-to-resolution