30cm Motherboard USB 2.0 9 Pin Header to Dual USB Type A Female Adapter Cable, Internal Front Panel USB Expansion Cord with Screw Mount Holes, 480Mbps High Speed for Desktop PC Chassis Modding 30cm

Specifications

1. Cable Length: 30cm
2. Interface: One end USB2.0 9Pin Female Header (2.54mm pitch); Other end Dual USB 2.0 Type A Female with screw mount holes
3. Transfer Rate: USB 2.0 up to 480 Mbps
4. Wire Gauge: 24AWG tinned copper shielded wire
5. Operating System: Windows 7/8/10/11, Linux, Mac OS
6. Color: Black outer PVC sheath

1-meter 9 Pin header to dual USB 2.0 Type A female adapter cable is an ideal internal USB expansion accessory for all desktop PCs, DIY gaming builds and industrial control hosts. It connects to the standard 9-pin F_USB2 front panel header on your motherboard and splits out two independent USB 2.0 Type A female ports, effectively solving the problem of insufficient built-in USB ports without occupying PCIe slots.

Crafted with high-quality 24AWG tinned copper wires and full aluminum foil shielding, the cable greatly reduces electromagnetic interference from power supplies, graphics cards and other internal hardware, ensuring stable 480Mbps data transmission and consistent 5V power output. The 1-meter extended length offers flexible wiring inside full-tower, mid-tower and compact mini-ITX cases, eliminating tight bending and tension damage to cables during installation.

Each USB-A female port is designed with reserved screw mounting holes, allowing you to securely fix the dual USB module to your chassis front or rear baffle. This mounting structure prevents loose contact and port wobble when frequently plugging and unplugging mice, keyboards, card readers, RGB cooling fans, water cooling displays and USB LED light strips.

Adopting a universal 2.54mm pitch 9Pin internal header, this expansion cord is widely compatible with ATX, Micro-ATX and Mini-ITX motherboards from all mainstream brands. Plug and play without extra drivers, fully compatible with Windows, Linux and Mac operating systems.