Key benefits Reliable replacement for a broken or worn PCIe GPU riser extension, restoring full GPU connectivity in desktop builds. materials for maximum signal speed and stability with almost no transmission attenuation. Stable, shielded PCIe x16 transmission designed to support GPU performance without degradation. Advanced sixwire design offering improved transmission, protection, and attenuation compared with alternative wire configurations. Features and specifications Riser type: long gpu riser cable suitable as a substitute extension for PCIe based graphics cards. Riser adapter construction: imported wire (28/30 AWG) with a copper core using tin technology to enhance signal speed, stability, and minimize attenuation. PCIe design: pcie 30 16x design with shielding to provide stable signal transmission for GPU connections. Wire design: sixwire configuration, developed through multiple design iterations to improve transmission, protection, and attenuation relative to fivewire and sevenwire designs. Performance and compatibility Function: enables safe, flexible placement of a PCIe GPU away from the motherboard with reliable signal integrity. Compatibility: designed for PCIe driven GPUs requiring an extender; suitable for typical GPU installation scenarios that use a riser cable. Shielding: shielding level to protect signal integrity against interference in common PC environments. Build quality emphasis: optimized for stable operation, reduced signal loss, and durable performance over long reach. Use scenarios Replacing a damaged PCIe GPU riser in a desktop PC to restore GPU functionality without replacing components. Installing a GPU in a compact or casemominated build where the card needs to be positioned away from the motherboard for airflow or space constraints. Upgrading or refurbishing an older PC that requires a longer, more stable GPU extension to maintain reliable graphics performance. Notes Design focuses on achieving higher transmission quality and attenuation control with a sixwire configuration. Keeps essential attributes such as function, compatibility, material quality, and performance aligned with the original product intent.