Description
Easily deploy or scale your network with this Gigabit Ethernet switch, by adding eight copper Gigabit Ethernet ports and two fiber-optic SFP slots. This IP30 industrial switch provides intelligent Layer 2 management. Its rugged, compact design and wall-mount option with front access make it ideal for demanding applications, even where space is limited.
This versatile switch adapts to your network needs by adding two open SFP slots and eight RJ45 Ethernet ports, providing both fiber and copper connections in a single network switch. The MSA compliant SFP ports are compatible with 100/1000 Mbps networks. The network switch allows you to connect up to eight RJ45 devices, so different users can share files and devices, such as printers and scanners, over a LAN connection, and share two devices in the open SFP slots.
Wall-mount the compact Gigabit switch to provide convenient front access to ports and indicators. It's ideal for a wide range of applications, including tight installation areas with significant electromagnetic interference, such as control cabinets and panels. The network switch is also DIN-rail mountable.
The switch delivers efficient and stable performance, with Layer 2 management capabilities. This lets you control packet traffic on a busy network, and customize your settings to achieve optimal network performance, offering improved efficiency and reliability.
This rugged network switch features an IP30-rated metal housing and extended temperature range of -40°C to 75°C, which makes it ideal for a wide range of operating conditions. The sturdy metal enclosure offers durability, even in harsh industrial environments.
With support for 10/100/1000Mbps transfer speeds, this managed switch supports full/half-duplex auto-negotiation, jumbo frames and auto MDI/MDIX operation. This lets you connect your network devices quickly and easily, with little to no configuration required. To help prevent downtime, the switch features redundant 12-48V DC terminal block power inputs, ensuring seamless operation in the event of power failures.
