FCD - 9M OM1 LC ST Fiber Patch Cable | Multimode Jumper 9 Meter

The OM1 LC to ST Fiber Patch Cable is a 1Gig Duplex LC ST Multimode Fiber (MMF) Patch Cable, featuring Corning 62.5/125um core/cladding, 1.25 ceramic ferrule LC and 2.5mm ceramic ferrule ST connectors. This reliable, high-speed, low-loss cable provides efficient data transmission.

Designed with an orange, OFNR, 3.0mm outer diameter, zip-cord reinforced, PVC jacket, the patch cable is suitable for a variety of applications, including education, corporate, military/defense, government, healthcare, finance, and general commercial computer networking.

The 62.5/125 Multimode Fiber Cores (MMF) Optical Patch Cable / Jumper Cords have a Corning 62.5µm (micron) diameter fiber core and 125µm diameter cladding. The fiber optic core is surrounded by a transparent, low-refraction cladding material, which contains the light within the fiber core through total internal reflection, allowing the fiber to act as a wave-guide. Light travels through the fiber, bouncing off the boundary between the core and cladding.

The Fiber Patch Cable Details include: - Duplex (2 fiber) - 2.0 mm Outer Diameter - Zip-Cord Reinforced - LC to ST Terminated - 62.5/125 Multimode Fiber Cores (MMF) Optical Patch Cable / Jumper Cords

The Fiber Cable Description is as follows: - OM1 LC to ST Red Fiber Patch Cable 9 Meter - OFNR Duplex LC ST Multimode Fiber (MMF) Patch Cable 62.5/125 Corning optical fiber core/cladding - High bandwidth fiber for high-speed, low-loss data transmission - Red, 3.0mm outer diameter, zip-cord reinforced, jacket - Suitable for education, corporate, military/defense, government, healthcare, finance, and general commercial computer networking applications

The core/cladding dimensions are Corning 62.5µm (micron) diameter fiber core and 125µm diameter cladding, where 1 micron is 1 one-millionth of a meter. The fiber optic core is surrounded by a transparent, low-refraction cladding material, which contains the light within the fiber core through total internal reflection, causing the fiber within the patch cord assembly to act as a wave-guide. Light travels through the fiber, bouncing off the boundary between the core and cladding.

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