Eaton Tripp Lite Series Duplex Multimode Fiber Optic Patch Cable (LC/ST) - 3 ft.

Eaton Tripp Lite Series Duplex Multimode 62.5/125 Fiber Patch Cable (LC/ST), 1M (3 ft.)

The Eaton Tripp Lite Series Duplex Multimode Fiber Optic Patch Cable is designed for high-performance LAN applications, providing reliable data transmission over short distances. Crafted from 62.5/125 zipcord fiber, this cable ensures optimal signal integrity and minimal loss, making it ideal for network environments where speed and dependability are essential.

Constructed with glass fiber core and a durable plenum-rated jacket, this 3-foot cable features LC connectors on one end and ST connectors on the other, facilitating straightforward installation and compatibility with a variety of networking equipment. Its duplex design allows simultaneous transmit and receive functions, streamlining network setup and maintenance. The cable's high-quality materials and manufacturing standards guarantee long-lasting performance, backed by a lifetime warranty from Eaton.

Designed with safety and compliance in mind, the cable's plenum jacket ensures it meets fire safety regulations suitable for use in air-handling spaces. Whether setting up a new LAN or upgrading existing infrastructure, this fiber optic cable provides a dependable solution for high-speed data transfer. Its compact length makes it perfect for tight spaces and rack-mounted setups, ensuring neat and organized network configurations. For additional details and support, visit the Eaton website.

Features:

• Glass fiber composition for high-quality signal transmission

• Ideal for LAN applications requiring reliable fiber optic connectivity

• Premium 62.5/125 duplex zipcord fiber patch cable for efficient data transfer

• LC to ST connectors facilitate compatibility with various network devices

• Plenum-rated jacket provides fire safety compliance for in-building use

• 3-foot length offers flexibility in cable routing and installation

• Backed by a lifetime limited warranty for long-term reliability