HellermannTyton Connectivity 6 Port LC Fibre Optic Patch Panel With 6 Ports Populated, 233 mm 233 mm

HellermannTyton Connectivity Fibre Optic Patch Panel, 6 Ports, Duplex - MDU-S1XS-T16AP21X

This fibre optic patch panel is a vital component for efficient optical network management. Designed for robust connectivity, it includes six LC connector ports, enabling seamless integration into various systems. With dimensions of 233mm in height, 135mm in width, and a depth of 37mm, this unit is compact yet highly effective, perfect for high-density fibre patch panel applications.

Features & Benefits

• Duplex design allows for simultaneous data transmission
• Compact structure aids in space-saving installations
• High-density capabilities support extensive networks
• Ideal for fibre patch management solutions
• Durable construction ensures long-term reliability

Applications

• Used with high-capacity fibre networks
• Suitable for telecom and data centre environments
• Ideal for automation systems requiring high-speed connectivity
• Effective in commercial and industrial electrical setups

What type of connectors are compatible with it?

It works exclusively with LC connectors, ensuring a secure and efficient connection within fibre optic networks.

How does the compact size benefit installation?

The slender design allows for easy integration in tight spaces, making it suitable for various mounting configurations in data cabinets or racks.

What environments can this patch panel be used in?

It's designed for use in both commercial and industrial settings, including telecom facilities and automation sectors, where reliable data transmission is critical.

What distinguishes this product in terms of fibre patch management?

Its six-port, duplex design optimises patch management by facilitating organised connections and improving overall network performance in high-density areas.

How does one benefit from using a high-density fibre patch panel?

Using a high-density panel helps minimise physical space while maximising connectivity efficiency, essential for modern networking demands.