Industrial Ethernet Layer 2+ PoE++ Switches with 10G Uplinks
Ruggedized switches built for enduring performance in harsh environments. Power over Ethernet (PoE++) connects and powers environmental, system control, and other key IIoT devices for a reliable and high-performing solution, and 10G fiber uplinks ensure capacity for demanding edge applications. The IE220 Series enables safety, security, and smooth operation for building automation, intelligent transportation, and smart city networks.
FEATURES
Hardened industrial-grade switches that operate flawlessly in harsh environments
Maximize the efficiency of smart buildings by connecting and automating security, access control, energy management, lighting control, and more
Ensure smooth transportation operation with real-time data supporting adaptive traffic control, fleet telematics, and preventative maintenance
Improve modern city life with smart applications such as parking management, security, environmental monitoring, information kiosks, and public Wi-Fi
Simplify network deployment and operation with PoE++ to connect and power a wide range of high-power devices
Complete reliability with full support for the latest industrial Ethernet standards for temperature, vibration, and noise
Superior network security visibility and management, with granular control of device-to-device communication using SDN-based micro-segmentation
Centralized management, visibility, and automation of the entire network using Vista Manager™ and Autonomous Management Framework™ Plus
AlliedWare Plus™ feature-rich operating system
1GbE PoE++ copper ports with 10GbE fiber uplinks
Fanless design for high-reliability and silent operation
Extended operating temperature of -40°C to 75°C for harsh environments
Surge immunity for outdoor deployment
PoE++ supplies up to 95W per port to high-power devices
Continuous PoE maximizes endpoint connectivity
Active Fiber Monitoring™ (AFM) for secure fiber uplinks
Certified for plenums
MRP, EPSRing™, and G.8032 ERPS for high-availability resilient ring-based networks
