Transition Networks S6120-1040-UK 4x T1/E1 Ion Ethernet

Product Description

The TRANSITION NETWORKS S6120-1040-UK is a 4-port T1/E1 Intelligent Optical Networking (ION) device with integrated Ethernet, designed for enterprise network infrastructure deployments. This unit provides multi-port T1/E1 interface conversion alongside Ethernet connectivity, making it a fit for facilities requiring reliable WAN access over legacy T1/E1 circuits combined with modern Ethernet transport. Network technicians and enterprise infrastructure professionals handle installation and configuration of this device in structured cabling and carrier-grade environments.

The S6120-1040-UK is suited for enterprise environments where T1/E1 circuit aggregation and Ethernet connectivity are required at the network edge or in equipment room deployments. It is categorized as an enterprise Power over Ethernet (PoE) device and is sold as a single unit. Typical deployment scenarios include medium to large commercial facilities, data centers, and enterprise branch locations requiring multi-port T1/E1 access with Ethernet handoff.

Key Features

• 4 T1/E1 ports for multi-circuit aggregation
• Integrated Ethernet interface for converged network connectivity
• Enterprise PoE device classification for powered device deployments
• Single-unit packaging for straightforward procurement and deployment

Compatibility

Designed for use within the TRANSITION NETWORKS ION platform as an enterprise PoE and T1/E1 network interface device. Consult TRANSITION NETWORKS documentation for chassis slot and system compatibility details specific to this part number.

Installation Notes

Installation should be performed by a qualified network technician familiar with T1/E1 circuit termination and enterprise Ethernet infrastructure. Power down or disconnect the host chassis before inserting or removing the module to prevent hardware damage. Follow applicable local electrical codes and the manufacturer installation guide for proper seating, grounding, and interface configuration. Do not apply excessive force when seating the module into its slot.