Cisco SF500-48P-K9-G5 Intelligent Switch The Cisco SF500-48P-K9-G5 stackable switch for expanding PoE-powered networks is an ideal technological basis for implementing networks with high performance requirements. Good power for end devices Cisco 500 Series switches support the IEEE 802.at Power over Ethernet Plus (Po E+) standard, which provides up to 30 watts of power per port. Power is delivered in a low-power mode, ensuring that only the amount of power needed is delivered to the endpoint and not wasted. This allows the switches to support higher-power devices such as dual-band 802.11n wireless access points, IP video phones, surveillance cameras, etc. Cisco SF500 Series Switches As networks grow, performance requirements increase, and Cisco 5xx Series switches can help provide the necessary redundancy. The switches are fully stackable and allow you to configure, manage and troubleshoot multiple physical switches as a single device and expand your network more easily. Overall, the Cisco 500 Series is the ideal technology foundation for growing businesses. (48-port 10/100 POE Stackable Managed Switch w/Gig Uplinks). Overall, the Cisco 500 Series is the ideal technology foundation for growing businesses. (48-port 10/100 POE Stackable Managed Switch w/Gig Uplinks). Features of Cisco 500 Series Stackable Managed Switches: High Reliability and Resilience: Ensure network health with optimized resiliency and availability features that reduce downtime and improve network resiliency, increasing business reliability. Enhanced Security: Enhanced security features keep your business data safe by keeping unauthorized users off your network. Energy-Efficient: All models are equipped with energy-saving features, allowing customers to choose the right solution from a wide range of energy-saving switches. Simplified Network Configuration and Management: Simple web-based tools, automatic recognition and configuration features, and extensive stacking capabilities ensure user-friendly operation and management and simplify everyday network operations.