Massive Discount Cch-cp06-59 Coupler Panel: Corning Lanscape Cch, 3 Duplex Sc Ports (6 Fibers), Single-mode Os2 Accessory [3F8dqgpb]

Corning LANscape CCH Coupler Panel

The CCH-CP06-59 Coupler Panel is a top-tier networking solution designed for the Corning LANscape system. This panel offers exceptional performance and durability, making it ideal for high-speed, long-distance optical communications. With its 3 duplex SC ports, this coupler panel provides connectivity for up to 6 fibers, utilizing single-mode OS2 technology. Its robust construction and reliable performance ensure seamless integration into your network infrastructure.

• 3 Duplex SC Ports for increased connectivity and flexibility.
• Single-Mode OS2 Fiber Type for optimal performance in long-haul networks.

Key Product Specifications

The CCH-CP06-59 Coupler Panel is crafted with precision, using high-quality materials for superior performance. The blue adapter color and composite adapter housing material provide both aesthetic appeal and durability. The ceramic insert ensures long-lasting reliability, while the compatibility with Corning LANscape solutions hardware products guarantees seamless integration.

• Adapter Color: Blue for a sleek, professional appearance.
• Adapter Housing Material: Composite for robustness and resistance to environmental stress.
• Insert Material: Ceramic for excellent thermal performance and mechanical stability.

Applications and Benefits

This versatile coupler panel is designed to meet the demands of various networking environments, from data centers to telecommunications infrastructures. Its compatibility with Corning LANscape solutions makes it an ideal choice for businesses and organizations seeking a reliable and efficient networking solution. By choosing the CCH-CP06-59 Coupler Panel, you can expect enhanced network performance, reduced downtime, and a simplified installation process.

• Compatibility: Perfectly integrates with Corning LANscape solutions hardware products.
• Performance: Optimizes network speed and efficiency in long-haul networks.