Belkin F2F202L0-02M
2m Multimode Duplex ST-LC Fiber Optic Patch Cable
The Belkin F2F202L0-02M is a reliable 2-meter multimode fiber optic patch cable designed for quick and secure connections between network devices. With ST and LC connectors, this duplex cable ensures high-performance data transmission with minimal signal loss, making it perfect for data centers, server rooms, and high-bandwidth enterprise networks.
Features :
This fiber optic patch cable features multimode 62.5/125 fiber, optimized for short-distance data communication. The ST connector provides a secure bayonet-style connection, while the LC connector offers a compact, high-density fit. The combination of these connectors offers versatility and compatibility in mixed fiber environments. Its durable build and high-quality optics ensure consistent performance and long-term reliability.
Advanced Options :
Designed for professional IT environments, the F2F202L0-02M integrates seamlessly with existing fiber infrastructure, supporting high-bandwidth applications such as storage, video, and data transfer. Its flexible length makes it ideal for patching between devices within racks or across short distances, ensuring a stable and efficient network connection.
Product Key Features
- 2-meter (6.6 ft) duplex fiber optic cable for reliable short-range connections
- ST on one end and LC on the other for flexible network interconnections
- Supports multimode 62.5/125 fiber for high-speed data transfer
- Ideal for connecting networking equipment in data centers and enterprise environments
- Rugged, durable construction with precision connectors for optimal signal integrity
Reliability & Performance :
Constructed with premium materials, this fiber optic patch cable guarantees durability and stable signal transmission. The multimode 62.5/125 fiber core minimizes signal attenuation over short distances, while the ST and LC connectors are precision-polished for maximum performance. The rugged jacket protects against physical wear and environmental factors, ensuring reliable operation in demanding settings.
