Belkin F2F202LL-01M
1-Meter Multimode LC-LC Duplex Fiber Optic Patch Cable
The Belkin F2F202LL-01M is a 1-meter multimode duplex fiber optic patch cable designed for fast, secure connections in data centers, networking closets, and enterprise environments. Its compact length makes it ideal for short-distance links, ensuring seamless data transfer between switches, routers, and servers while maintaining high performance and reliability.
Features :
This fiber optic patch cable features duplex LC-LC connectors, enabling efficient bidirectional communication in high-speed networks. Its multimode core and cladding are engineered to support high-bandwidth applications over short distances, making it perfect for connecting devices within racks, cabinets, or close-proximity setups. The use of Corning glass ensures excellent signal integrity, durability, and minimal insertion loss.
Advanced Options :
Designed for ease of installation and consistent performance, this cable undergoes rigorous testing for quality assurance. Its compact 1-meter length reduces cable clutter and enhances airflow within network racks. Whether upgrading existing infrastructure or deploying new setups, this fiber cable provides a dependable solution for high-speed data connectivity.
Product Key Features
- 1-meter multimode duplex fiber optic patch cable with LC-LC connectors
- Corning glass core for durability and minimal signal attenuation
- High-quality LC/LC connectors with precision polishing
- Supports high-speed data transfer over short distances
- Tested for reliability and performance in enterprise networks
Reliability & Performance :
Constructed with premium materials, the Belkin fiber optic cable offers excellent durability and compatibility across various fiber optic equipment. The precision-polished LC connectors ensure optimal light transmission, reducing signal loss and improving network efficiency. Its rugged build and Corning glass core guarantee long-term performance even under intensive data transfer loads, supporting cooling and airflow considerations in dense rack environments.
