SW-1108 media
Managed Industrial Ethernet Switches

SW-1108

Managed industrial Ethernet switch for configurable industrial networking, diagnostics and reliable automation communication.

Ports
8 ports
Transmission rate
Gigabit
Management type
Managed
Power input
DC 9-60V
Quick Check
Managed Ethernet Switch
Managed Networking
Supports industrial Ethernet management for reliable network operation
PROFINET Integration
Supports PROFINET real-time communication, DCP and MRP ring applications
Gigabit Connectivity
10/100/1000 Mbps ports support high-speed industrial data transmission

Product Overview

The SW-1108 is a managed industrial Ethernet switch for automation networks that require stable communication and network management. It provides 8 x Gigabit RJ45, WEB management, VLAN, QoS, port mirroring, port isolation and storm control functions. The DIN-rail industrial design, wide DC power input and IP40 housing support reliable cabinet installation in demanding industrial environments.

Product Family

SW-1108 product family

Key Features

Managed Network Control

Provides network management functions for stable device communication, traffic control, and industrial Ethernet system monitoring.

PROFINET-Ready Communication

Supports PROFINET real-time communication, DCP protocol, and priority forwarding of PROFINET frames for automation networks.

Industrial Gigabit Performance

Gigabit Ethernet ports, wide voltage input, and industrial-grade design ensure reliable data transmission in demanding environments.

Typical Applications

PROFINET Automation Networks

Ideal for PLC, remote I/O, HMI, drives, and industrial controllers in PROFINET-based automation systems.

Smart Manufacturing Lines

Supports stable network communication for production lines, machine groups, and process control systems.

Control Cabinet Networking

Suitable for DIN-rail cabinet installation, connecting multiple industrial Ethernet devices in a compact layout.

Redundant Ring Networks

Supports MRP ring topology for improved network reliability and reduced downtime in critical automation applications.