AT-MC103XL-10

Allied Telesis AT-MC103XL-10 is a robust and reliable media converter designed to extend the reach of your network infrastructure. This versatile device converts Fast Ethernet 100TX signals to 100FX, utilizing a single-mode SC fiber connector to support distances up to 15 kilometers. Ideal for both standalone applications and integration into larger network systems, the Allied Telesis AT-MC103XL-10 ensures seamless connectivity and enhanced network performance.

Key Features:

• 100TX to 100FX Conversion: Converts Fast Ethernet signals from copper to fiber, enabling long-distance data transmission.
• Single-Mode SC Fiber Connector: Supports fiber optic connections up to 15 kilometers, providing flexibility and reliability for various network setups.

Highlights:

1. Extended Network Reach: The Allied Telesis AT-MC103XL-10 allows for network extension over long distances, making it ideal for large campuses, industrial sites, and other expansive environments.
2. Standalone and Rackmount Compatibility: This media converter can be used as a standalone device or integrated into the MCR12 chassis, which powers multiple converters with a single internal power supply.
3. Auto MDI/MDI-X Functionality: Simplifies installation by allowing the converter to connect to either a PC, hub, or switch with a standard UTP cable, eliminating the need for crossover cables.
4. MissingLink™ Feature: Enhances network reliability by detecting and reporting link failures, ensuring that network administrators are promptly alerted to any connectivity issues.
5. Link Test Capability: Facilitates easy testing of fiber connections, allowing installers to verify the integrity of the fiber link without the need for specialized equipment.

The Allied Telesis AT-MC103XL-10 is engineered to provide high-performance media conversion, ensuring that your network remains robust and efficient. Whether deployed in a standalone configuration or as part of a larger network system, this media converter delivers reliable and consistent performance, making it an essential component for modern network infrastructures.