GETEKnet is a trusted OEM manufacturer and supplier of a full range of patch cords, including network patch cords and fiber patch cords, all fully customizable to your specifications. Our products are UL, ETL, CE, and RoHS certified, delivering reliable, high-performance solutions for data centers, enterprise networks, telecom projects, and other demanding applications. Whatever your requirement — length, color, connector type, or packaging — GETEKnet ensures quality and flexibility for every environment.
network patch cord
Features of GETEKnet OEM Ethernet Patch Cord Cable:
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High-end standardized production & quality assurance – Professional manufacturing processes ensure stable quality, with over 85% of GETEKnet Ethernet patch cords passing the FLUKE “PATCH CORD” test.
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OEM customization & large-scale production – Flexible specifications, colors, packaging, labeling and even connector head designs to protect RJ45 connectors, supported by high-efficiency production lines for large monthly output.
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High-quality conductors – 8 multi-stranded wires twisted into 4 pairs of HDPE insulated cables (OFC or CCA), ensuring flexibility and reduced crosstalk.
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Ultra-thin design – Slim copper patch cord solutions maintain data performance while reducing size, ideal for high-density installations and easy handling.
fiber patch cord
Features of GETEKnet OEM Fiber Optic Patch Cord:
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Comprehensive OEM customization & high production – Flexible options for fiber types (G657A1, G652D, G657A2), connector types (LC, SC, MPO, etc.), jacket colors, lengths, and outer sheath materials (LSZH, PVC, etc.). High-efficiency production lines support large monthly output to meet urgent delivery schedules.
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High-performance transmission parameters – High-performance ceramic ferrules deliver low insertion loss (≤0.3 dB), typical low insertion loss (≤0.2 dB) and high return loss (≥55 dB UPC / ≥60 dB APC).
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Adjustable mechanical strength – Special boot design enhances tensile strength according to customer requirements, with maximum performance up to 30 N at the shank point.
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Uniboot design for high-density application – MPO to LC Uniboot design allows polarity swapping at the LC end, ideal for data centers and other high-density environments.













