Extreme Networks ExtremeSwitching 5420M Ethernet Switch with 48 Ports and Gigabit Technology

The Extreme Networks ExtremeSwitching 5420M Ethernet Switch is designed to enhance your network's performance with reliable, high-speed connectivity. Featuring 48 ports, this Layer 2 switch enables you to create a flexible and efficient local area network (LAN) that seamlessly connects PCs, laptops, printers, and other peripherals. Its advanced features include IGMP snooping for multicast management, port mirroring for network monitoring, and spanning tree protocol to prevent loops, ensuring a stable and secure network environment. The switch supports gigabit Ethernet technology, providing fast data transfer rates that improve overall network responsiveness and productivity. Additionally, it offers support for optical fiber cables, allowing longer-distance connections between servers and network devices without sacrificing speed or reliability. This makes it an ideal solution for expanding office networks or data centers where high bandwidth and dependable connectivity are essential. The stack port feature simplifies network expansion by enabling easy stacking of multiple switches, reducing complexity and cable clutter. Built by Extreme Networks, Inc, this model is part of the 5000 series, delivering enterprise-grade features in a compact and manageable form. Whether upgrading existing infrastructure or deploying a new network, the ExtremeSwitching 5420M provides a comprehensive, scalable solution for demanding network environments.

Features:

• Effectively increases available bandwidth on your network

• Stack port provides an easy and hassle-free way to extend your office network

• Create your own LAN and connect your PC, laptop, printer, and other peripherals with the help of 48 ports

• Layer 2 switch provides a complete lineup of features including IGMP snooping, port mirroring, and spanning tree

• Gigabit Ethernet technology for reliable, high-speed communication and connectivity

• Supports optical fiber cable to span longer distances and provide high data transmission rates between servers and network components