Black Box LBH600A-H-48 - Heavy-Duty Edge Switch (6 Copper Ports

Unlike the Ethernet switches in your wiring closet or computer center the Ethernet switches at the edges of your network have to put up with the bumps the dirt the dampness and the temperature fluctuations that happen out in the real world. This is where Heavy-Duty Edge Switches from Black Box come in.

These Heavy-Duty Edge Switches are tough 6-port copper Ethernet switches that enable you to expand your network even into harsh environments such as factory floors or the outdoors. They're robust they're easy to set up and they're available with a vast array of power and durability options.

What's more you can daisychain Heavy-Duty Edge Switches together indefinitely making them ideal for applications such as traffic signals where many switches are needed over a long distance.

Built tough!
All Heavy-Duty Edge Switches come in a sturdy steel case that withstands heavy use. Plus they're available in three versions to adapt to nearly any environment. Because all three types work together seamlessly you can use inexpensive Standard Heavy-Duty Edge Switches in protected office environments and choose the more robust Hardened or Extreme Heavy-Duty Edge Switches for harsh locations at your network's edge.

Standard Edge Switches: Hardened Edge Switches: Extreme Edge Switches: Multiple power options. Easy to set up.
Heavy-Duty Edge Switches are literally plug-and-play. Their copper ports are autosensing for speed and duplex adjusting to the connected device automatically. Plus the ports feature Auto MDI/MDI-X eliminating the need for crossover cables.

Each switch has two full sets of LED indicators: one set on the front for viewing convenience when the switch is DIN rail or wallmounted and one set mounted in the end next to the media ports for easy viewing when units are in a rackmount tray.

Heavy-Duty Edge Switches feature nonblocking switching architecture with a 2K MAC address table. The 128K buffer memory makes it easy to interconnect 10- and 100-Mbps devices.