Hardware-based accelerator routers minimize latency and protect high-bandwidth real-time data streams while still allowing access to sufficient best-effort bandwidth. For users, this means fast backups even while watching HD video or other high-bandwidth real-time applications The FL1100 fully supports the UASP (USB Attached SCSI Protocol) standard, a next-generation storage protocol designed specifically for USB 3.2 . This feature optimizes 5Gbps channel transfer efficiency by eliminating some classic BOT (Bulk Only) bottlenecks The FL 1100 complies with Battery Charging (BC) specification revision 1.2: with proper power supply design, system designers can easily support USB charging without requiring additional discrete USB charging components The FL 1100 supports USB expansion capabilities as defined by the xHCI specification. This scalability allows for low-level system debugging using a USB-to-USB connection between two computers, a requirement imposes on these platforms The FL 1100 supports hardware-based LPM (Link Power Management). When a device supporting USB 2.0 LPM is connected, the FL 1100 EX automatically negotiates a low-power state with the device. This helps the system manage link power more effectively and allows the host CPU to remain in sleep mode for longer periods by eliminat software intervention Expansion Type: USB 3.2 Host Controller Expansion Card Main Chipset: Fresco Logic FL1100 + PI7C9X2G608P Bus Type: PCI Express 2.0, X1 Interfaces: 2 x External USB 3.2 Type-C Ports Transfer Rate: 10Gbps Total Bandwidth (2 x 5.0Gbps/Port) Power Input: Self-Powered Port Voltage: Max. 5V/900mA, Each USB 3.2 Port Operating Temperature: 0-85 Relative Humidity: 10%-90% (Non-condensing) Storage Temperature: -20-80 Relative Humidity: 5%-90% (Non-condensing) Color:As Shown Material:PCB Package Contents: 1 * USB 3.2 Host Controller Expansion Card Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.