1. Shielding layer The shielding layer uses the winding process of tincoated copper wire to achieve complete shielding, providing stable and efficient data transmission. 2. USBC conversion The USB3.2 TypeE port of the motherboard is converted to a USBC female port. Using the PCI position of the chassis to facilitate the connection of the TypeC equipment, the mainboard equipped with the USB TypeE base seat is applied. 3. Quality and performance and . 10Gbps/20Gbps speed data transmission speed. Use scenarios Scenario 1: Upgrading a motherboard to enable USBC connectivity for speed peripherals such as external SSDs, docks, or hubs that use USBC. Scenario 2: Providing a convenient USBC frontpanel or chassislevel connection by leveraging the PCI position in the case, suitable for PC builds requiring organized cabling and easy access to USBC devices. Scenario 3: Deploying in servers or workstations to support fast USBC peripherals with stable data transfer, improving reliability for dataintensive tasks.