Buerjia USB3.2 PCI-E Expansion Card Adapter, 2-Port 19Pin Adapter Card for Renesas D720201, 5Gbps USB3 to PCI Express Adapter Card

Buerjia Output Interface: 2 USB3.2 GEN1 19PIN Main Control Chip: RENESAS D720201 Interface Rate: 5Gbps Supported Slots: PCI-E 1X Supported Systems: WINXP/WIN7/8/10/11/LINUX Compliant with PCI-Express Specification Version 2.0 Compliant with USB3.0 SuperSpeed ​​Specification Version 1.0 Compliant with xHCI Specification Version 1.0 Main Control Chip: Renesas 720201 Chipset Maximum transfer speed is 5Gbps, significantly exceeding the 480Mb/s of USB2.0, up to 10 times faster. Backward compatible with USB 2.0, USB 1.1, and USB 1.0 Transmission Speed: 5000/480/12/1.5Mbps USB Power Output: Max. 5V 1.5A (High-Current Type) Supports USB Hot Plug Product Uses: With the popularity of USB 3.0, plug this adapter card into a motherboard with PCI-E slots and install the driver to add up to seven USB 3.0 ports (5 on the baffle + 19-pin on the front). Expandable 2) interface! Satisfy your data copy needs with seven USB 3.0 devices! Hardware Requirements: PCI-E-compatible motherboard This product is a desktop PCI-E expansion card. To install and use it, you need an available PCI-E slot on your motherboard. Make sure the slot is not blocked by a graphics card. Also, it cannot be used in a PCI slot. Never insert it into a PCI slot. Color: Black Material: PCB

Package Contents: 1 x USB 3.2 PCIE Adapter Card

Package contents above, other products are not included. Note: Due to lighting and display settings, the actual color and size of the product may differ slightly from what is shown on the website. The measurement tolerance is 1-3cm. Uses a main control chip from the USB 3.0 Association's leader. Few expansion cards on the market can support Linux systems. Designed with a high-output 6A DC-DC converter, no external power supply is required. The expansion card uses seven high-performance solid capacitors to significantly ensure the stability of the USB power supply. The 19-pin connector can be plugged in backwards to support smaller chassis.