Orasix 2 Core Optical Fiber 1 Meter Network Cable

Orasix 2 Core Optical Fiber 1 Meter Network Cable

The Orasix 2-Core Optical Fiber 1-Meter Network Cable is a precision-engineered fiber-optic link tailored for installations where minimum distance, maximum reliability and ultra-low signal loss are essential. Built with dual (2-core) single-mode optical fibers, this cable enables high-speed data transmission with exceptionally low attenuation — making it ideal for networking backbones, FTTH drop lines, CCTV links or data-center patch runs.
With a compact and streamlined 1-meter length, this cable is excellent for short-span connections such as rack patching, switch-to-router links or wall-to-desk fiber runs. The slim profile ensures flexible routing inside cabinets, conduit runs, or confined infrastructure spaces, while the robust outer sheath offers protection against mechanical stress, moisture and UV exposure — delivering reliable performance over time. 
Because optical fiber transmits data via light rather than electricity, this Orasix cable offers immunity to electromagnetic interference (EMI) and radio-frequency interference (RFI), making it especially well-suited for demanding environments such as industrial sites, broadcast installations or high-density IT rooms.
Installation is straightforward — simply connect the fiber ends via appropriate connectors (such as SC, LC or ST, depending on your setup) and ensure proper handling of the fibers (minimum bend radius respected) to maintain signal integrity. The 2-core design gives you one fiber for transmit and one for receive, simplifying duplex data links without needing multiple cables.
In summary: the Orasix 2-Core Optical Fiber 1-Meter Network Cable is a compact, high-performance fiber-optic link designed for short-span, high-bandwidth applications where durability, signal clarity and ease of installation matter. Whether you’re deploying in a corporate network, security system or fiber-to-the-desk environment, this cable offers a reliable and future-ready connectivity solution.

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