GETEKnet is a trusted OEM manufacturer and supplier of a full range of patch cords, including network patch cords e 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.













