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FIBERM Fiber Optic Patchcords – Premium Reliability for Every Installation

FIBERM brand fiber optic patchcords are designed to meet the demands of the most advanced telecommunication and optical network installations. Manufactured using top-tier optical fibers and stringent quality standards, they guarantee stable transmission parameters, minimal signal loss, and long-lasting, trouble-free operation.

LSZH/LSOH Outer Sheath The patchcord's outer jacket is made of LSZH (Low Smoke Zero Halogen) material, which emits minimal smoke and no toxic gases in the event of fire – making it safe for indoor environments.		Factory Quality Control All FIBERM optical patchcords are carefully manufactured and fully compliant with current IEC, IEA/TIA standards, and are certified with both ROHS and CE.

Why Choose FIBERM?

• Compliance with International Standards: Every patchcord meets the requirements of IEC/PN-EN 61754 and IEC/PN-EN 61755, as well as Telcordia GR-326-CORE. This ensures full compatibility and reliable performance with networking devices.

• Precision Engineering: High-quality ceramic ferrules, precision-polished connectors (SC, LC, FC, ST – in PC, APC, and UPC versions), and the use of G.652D or G.657.A1 fibers deliver excellent transmission performance.

• Bend-Insensitive Fiber (LowBend): G.657.A1 fiber versions offer high bend resistance, allowing installation in tight spaces without compromising signal integrity.

• LSZH/LSOH Jacket: The halogen-free outer sheath reduces smoke and toxic emissions during fire, making it ideal for indoor and in-building applications.

Perfect for FTTH and Server Room Installations:

FIBERM patchcords are the professional’s choice. Their universal configurations and exceptional build quality make them ideal for residential, campus, and commercial installations. They're particularly suited for network installers serving local ISPs and internet providers.

With their well-thought-out design and outstanding quality-to-price ratio, FIBERM patchcords represent a smart investment in fiber optic reliability, durability, and high-performance transmission.