Belkin F2F402L0-01M-G
The Belkin F2F402L0-01M-G is a high-quality 10GbE Fiber Optic Patch Cable built for ultra-fast data transfer over short distances. Perfect for data centers and enterprise networks, it ensures reliable, high-speed connectivity with excellent compatibility and performance.
Features :
This duplex multimode Fiber Optic Patch Cable features a 50/125 micron core, supporting high-bandwidth applications and enabling fast, stable data transmission at speeds up to 10GbE. With LC connectors on one end and ST connectors on the other, it offers versatile installation options for various networking environments. The Fiber Optic Patch Cable's design ensures low signal loss and high reliability, making it suitable for short-range connections within data centers, server rooms, and high-performance networks.
Advanced Options :
In modern IT setups, the Belkin 10GbE Fiber Optic Patch Cable facilitates seamless network upgrades and expansion. Its backward compatibility allows integration with older equipment, while its support for distances of up to 300 meters ensures flexibility in network architecture. Its aqua color helps in easy identification and management of fiber links.
Product Key Features
- 1-meter aqua-colored duplex Fiber Optic Patch Cable with LC/ST connectors
- 50/125 micron multimode fiber optimized for 10GbE
- Backward-compatible with existing network equipment
- Supports data transmission distances up to 300 meters with VCSEL technology
- Ideal for data centers, high-speed networking, and short-range fiber connections
Reliability & Performance :
Constructed with high-quality materials, this Fiber Optic Patch Cable offers durability and resilience in demanding environments. Its low insertion loss and high return loss optimize signal integrity across the network. The Fiber Optic Patch Cable is rated for operating temperatures from -20°C to 70°C, providing durability in various environmental conditions. Its design allows for quick, secure connections and easy management in crowded racks or cabinets.
