Long-Distance USB Extension. Designed for Professional AV and IT Environments.
The Ranger 2312 is a high-performance 2-port USB 2.0 extender system that extends USB connectivity up to 100 metres over standard CAT5e, CAT6, or CAT7 cabling. Ideal for AV installations, collaboration spaces, industrial applications, and educational environments where reliable USB connectivity is required over long distances.
Two USB Ports. Flexible Device Connectivity.
Featuring two USB 2.0 ports on the remote extender, the Ranger 2312 supports a wide range of USB peripherals including cameras, keyboards, mice, interactive displays, storage devices, audio equipment, and other USB-enabled devices.
High-Speed USB 2.0 Performance. Reliable Data Transfer.
Supporting USB 2.0 speeds of up to 480Mbps, the Ranger 2312 delivers dependable performance for demanding applications while maintaining stable communication between host systems and connected peripherals.
Flexible Power Options. Simplified Installation.
The Ranger 2312 features flexible power architecture, allowing power to be supplied from either the local extender (LEX) or remote extender (REX). This provides greater installation flexibility and simplifies deployment in a variety of environments.
Plug-and-Play Operation. Easy Integration.
Powered by Icron’s ExtremeUSB® technology, the Ranger 2312 requires no software drivers and supports Windows, macOS, and Linux operating systems. Simply connect and start working with minimal setup.
Ideal for Professional Applications.
Perfect for conference rooms, classrooms, digital signage systems, industrial control environments, healthcare facilities, security monitoring stations, and collaborative workspaces where USB devices must be located far from the host computer.
Dependable USB Extension. Built for Everyday Reliability.
Combining long-distance USB extension, high-speed performance, and proven reliability, the Ranger 2312 provides a professional solution for organizations seeking stable USB connectivity across extended distances while maintaining the performance expected in modern AV and IT infrastructures.
