Belkin F2F402LL-50M-G
The Belkin F2F402LL-50M-G is a premium, 50-meter multimode Fiber Optic Patch Cable designed for high-speed, reliable data communication in enterprise and data center environments. Engineered with industry-leading materials, it ensures superior performance and durability for demanding networking applications.
Features :
Ideal for connecting fiber optic equipment, the Belkin fiber patch cord supports high-bandwidth applications such as data center interconnects, Fiber Channel, Infiniband, ATM, and high-speed Ethernet networks. Its duplex LC connectors facilitate fast, secure connections, while the flexible yet tough outer casing allows for seamless installation in complex cabling setups. Each Fiber Optic Patch Cable is individually inspected and tested to guarantee minimal insertion loss and maximum data integrity across long distances.
Advanced Options :
Manufactured with high-quality Corning fiber, this Fiber Optic Patch Cable offers excellent durability, resisting pulls, strains, and impacts during installation and maintenance. Its compliant design ensures compatibility with industry standards, providing reliable performance in various operational environments. Backed by Belkin’s Manufacturer’s Lifetime Warranty, it’s a dependable choice for critical fiber optic connectivity.
Product Key Features
- 50-meter length for extensive fiber runs
- Multimode LC/LC duplex connectors for versatile use
- High-quality Corning fiber for superior signal integrity
- Rugged, flexible outer jacket for easy installation
- Compatible with Fiber Channel, Infiniband, ATM, and Ethernet applications
Reliability & Performance :
This multimode Fiber Optic Patch Cable is constructed to endure environmental stresses while maintaining optimal signal integrity. Its robust design and tested performance provide reliable connectivity in enterprise, data center, and telecom networks. The Fiber Optic Patch Cable ensures consistent high-speed data transmission, minimal insertion loss, and long-term operational stability, making it ideal for critical network applications.
