Key benefits Wide compatibility: suitable with all graphics cards, making it a versatile PCIe extension and GPU riser solution. Flexible and easy to install: soft, bendable, and foldable design that fits even in tight spaces and narrow gaps. signal integrity: pure copper core with tin technology (28/30 AWG) to maximize signal speed and stability with minimal transmission attenuation. Strong shielding for reliability: antiinterference construction with a TPE plastic sleeve and PE insulation layer to protect power and data lines. What this offers PCIe GPU extension cable and riser capability that maintains signal quality across long or awkward setups. Sixwire belt structure delivers flexibility for complex installations and tight cases. Durable, shielded cable extension designed to reduce interference and protect critical GPU power and data connections. Materials and construction Wire: pure imported copper with tin technology. Core wires: 28/30 AWG. Shielding: copperbased signal shielding encased in a TPE plastic sleeve with a PE insulation layer. Structure: sixwire belt design for enhanced flexibility and reach. Performance and compatibility Function: provides a PCIe extension path for graphics cards, enabling repositioning or remote placement within a system. Compatibility: designed to work with all graphics cards and standard PCIe riser configurations. Size and flexibility: sixwire belt structure enables installation in the narrowest gaps and constrained builds. Reliability: steady signal transmission with minimized attenuation and robust shielding. Use scenarios Compact PC builds: extend a graphics card to fit in small cases or unusual chassis layouts while maintaining performance. MultiGPU or mining rigs: arrange GPUs with flexible riser cables to optimize airflow and space in dense setups. Custom workstation setups: reposition GPUs for testing, benchmarking, or ergonomic layouts in professional workstations. Notes Length is not specified; designed to maximize flexibility and reach within typical PCIe extension applications. Maintain proper airflow and avoid sharp bends beyond the cable's bend radius to preserve performance.