StarTech.com 2m Multimode Duplex Fiber Optic Patch Cable with LC and ST Connectors
Item #: FIBLCST2 | Model #: 0065030797702
StarTech.com 2m Fiber Optic Cable - Multimode Duplex 62.5/125 LSZH Fiber Jumper Cord - LC/ST
The StarTech.com FIBLCST2 is a 6.56-foot (2-meter) multimode fiber optic patch cable designed for high-speed network connections. Featuring a duplex design with one LC (male) connector and one ST (male) connector, this cable ensures reliable and efficient data transfer in various networking environments. Its fiber core of 62.5/125 micrometers supports data rates up to 10 Gbit/s, making it suitable for demanding applications such as data centers, industrial settings, and enterprise networks. The orange color of the cable helps with easy identification and organization within complex installations. Constructed with an LSZH (Low-Smoke, Zero-Halogen) jacket, the cable minimizes smoke and toxic emissions in case of fire, adhering to safety standards required in commercial and residential environments where building codes are strict. Each cable is individually tested and certified to meet industry standards for optical insertion loss, ensuring optimal performance and compatibility. Backed by a lifetime warranty, this fiber patch cable offers long-lasting durability and reliable connectivity for mission-critical network deployments. Its immunity to electrical interference makes it an excellent choice for environments with high electromagnetic noise, providing stable and consistent data transmission. The cable’s environmentally friendly construction and compliance with REACH regulations highlight its suitability for eco-conscious installations. Whether connecting network devices in offices, data centers, or industrial facilities, the StarTech.com FIBLCST2 provides a dependable, high-performance solution that meets demanding networking needs.
Features:
- Attenuation loss meets or exceeds industry standards
- LSZH (Low-Smoke, Zero-Halogen) cable jacket for safety
- Immune to electrical interference, ensuring stable data transfer
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