Name: ION TDM Converter Card T1/E1 to Fiber MM SC 2km
Brand: Transition Networks
Availability: InStock

Transition Networks S6010-1013-NA ION TDM Converter Card T1/E1 to Fiber MM SC 2km

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In Stock: 3
Manufacturer: Transition Networks
Model or Part: S6010-1013-NA
Condition: New
Weight: 1.98lb
Dimensions: 6.50in x 3.23in x 0.98in

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Description

Overview

The Transition Networks ION TDM Converter Card S6010-1013-NA provides a reliable bridge between legacy T1/E1 circuits and modern multimode fiber infrastructure. Designed for the ION chassis, this compact PCIe card converts synchronous digital signals to optical format using an SC connector and supports up to 2 km of multimode fiber run. It delivers low latency, high fidelity conversion, making it ideal for telecom carriers, data centers, and enterprise networks that need to extend TDM services over fiber without replacing existing equipment.

Key Features

Bi-directional conversion between T1 (DS1) or E1 and multimode fiber
SC optical connector with 2 km maximum reach on standard MM fiber
Supports both full rate (64 kbps per channel) and half rate configurations
Plug-in design for hot-swap installation in ION chassis
LED status indicators for power, link, and alarm conditions
Low power consumption to reduce overall system heat load

Technical Specifications

Model/Part Number: S6010-1013-NA
Interface: T1/E1 (RJ45) to Fiber MM SC
Supported data rates: 1.544 Mbps (T1) / 2.048 Mbps (E1)
Maximum fiber distance: 2 km multimode
Operating temperature: 0 degrees C to 55 degrees C
Power supply: 12 VDC from ION chassis
Dimensions: fits single slot in ION chassis

Typical Applications

Extending legacy T1/E1 circuits across campus or data center fiber runs
Connecting PBX, voice gateways, and legacy alarm systems to a fiber backbone
Providing redundancy paths for critical voice and signaling traffic
Enabling migration from copper to fiber while preserving existing TDM equipment
Supporting disaster recovery sites where distance limits require fiber links

This converter card offers a cost-effective solution for organizations looking to modernize their network transport layer without disrupting established TDM services.