Shielding and signal integrity The shielding layer uses a winding process with tin coated copper wire to achieve complete shielding, providing stable and efficient data transmission. speed performance and construction supports 10 Gbps and 20 Gbps data transmission speeds for fast, reliable data transfer. USB E header to USB C connection Converts the motherboard USB 3.2 TypeE header to a USB TypeC female port, enabling a USBC connection from an existing TypeE header. Installation and compatibility Designed to be installed in the PCI position area of the chassis to facilitate connecting USB C devices, the product is intended for motherboards that include a USB TypeE base seat. Key attributes at a glance Function: converts USB 3.2 TypeE header to USB TypeC female port; provides speed data transmission with shielding. Compatibility: requires a motherboard with a USB TypeE base seat; intended for installation in the chassis PCI slot area. Material and construction: shielding layer formed by winding tin coated copper wire. Performance: supports 10 Gbps and 20 Gbps data rates for stable and efficient transmission. Use scenarios 1) Desktop PC upgrade: add a USB C port for connecting speed external storage, docking stations, or USB C peripherals without replacing the motherboard. 2) Workstation or server environments: enable fast 10 Gbps/20 Gbps data transfers to external devices while maintaining shielded signal integrity. 3) Internal chassis integration: install in the PCI slot area to provide convenient USB C access for front panel devices or internal peripherals on compatible motherboards.