Netgear XSM4348S-100AJS M4300-24X24F Fully Managed Stackable Switch with 24 SFP+ Ports and 24 10GbE Copper Ports

Deliver consistent, high-bandwidth performance for Pro AV, security and surveillance networks with the Netgear M4300-24X24F fully managed stackable switch. Purpose-built for environments that demand low-latency, high-capacity transport—such as multi-camera surveillance, live AV production and centralized monitoring—the switch combines 24 SFP+ ports with 24 10GbE copper ports to support mixed fiber and copper deployments. As a fully managed Pro AV switch, it provides centralized administration, stacking for seamless scalability and advanced QoS to prioritize video and voice traffic. Built-in Layer 2/3 features let IT teams segment networks, enforce security policies and route traffic across sites without sacrificing throughput. The result is a reliable, easy-to-manage backbone that keeps security cameras, access control, digital signage and AV endpoints performing at peak levels. Ideal for integrators and enterprise IT, this Netgear switch reduces deployment complexity while future-proofing bandwidth for growing surveillance and monitoring needs. Contact your sales representative or add to cart to upgrade your network backbone and streamline Pro AV and security operations.

• High-density 10GbE connectivity with 24 SFP+ and 24 10GbE copper ports, delivering the bandwidth needed for large Pro AV, security and surveillance installations.
• Fully managed, stackable design simplifies scaling and centralized management so IT teams can expand networks without downtime or complex reconfiguration.
• Low-latency switching and advanced QoS prioritize video and voice streams for smooth monitoring, live production and critical security feeds.
• Enterprise-grade Layer 2/3 capabilities enable segmentation, routing and resilient topologies to protect and optimize surveillance and monitoring traffic.
• Flexible port mix and stacking reduce infrastructure costs by supporting fiber and copper links in the same chassis, minimizing rewiring and future hardware refreshes.